Dewberry # 50113272 · COMMON WORK RESULTS FOR ELECTRONIC SECURITY 280500 - 2 Dewberry Engineers, Inc. 50113272 3. Mention in these specifications or indications and/or reasonable

CITY OF RICHMOND

SPECIAL CAPITAL PROJECTS

SECURITY UPGRADES

RICHMOND JUVENILE DETENTION CENTER

1700 Oliver Hill Way

Richmond, Virginia 23219

City of Richmond

Special Capital Projects Group

900 East Broad Street

Richmond, Virginia 23219

Dewberry # 50113272

Permit Documents

Prepared by:

4805 Lake Brook Drive, Suite 200

Glen Allen, VA 23060

Phone: (804) 205-3344

Fax: (804) 290-7928

www.dewberry.com

October 1, 2019

TABLE OF CONTENTS TOC-1

Dewberry Engineers, Inc. 50113272

TECHNICAL SPECIFICATIONS

TABLE OF CONTENTS

DIVISION 28 – ELECTRONIC SECURITY

280500 COMMON WORK RESULTS FOR ELECTRONIC SECURITY

280510 MAINTENANCE, SERVICE, AND WARRANTY FOR ELECTRONIC SECURITY

280511 BACKBONE SYSTEM CABLING FOR ELECTRONIC SECURITY

280513 CONDUCTORS AND CABLES FOR ELECTRONIC SECURITY

280526 GROUNDING BONDING AND POWER CONDITIONING FOR ELECTRONIC SECURITY

280530 TAMPER PROOF FACTENERS FOR ELECTRONIC SECURITY

281116 CABINETS AND ENCLOSURES FOR ELECTRONIC SECURITY

282313 VIDEO SURVEILLANCE FOR ELECTRONIC SECURITY

284619 PLC HARDWARE FOR ELECTRONIC SECURITY

284620 PLC SOFTWARE FOR ELECTRONIC SECURITY

285000 MISCELLANEOUS SYSTEMS FOR ELECTRONIC SECURITY

285123 INTEGRATED INTERCOM PAGING SYSTEM FOR ELECTRONIC SECURITY

TABLE OF CONTENTS TOC-2


Richmond Juvenile Detention Center

Richmond, Virginia

Security System Upgrades

100% Construction Documents – October 1, 2019

COMMON WORK RESULTS FOR ELECTRONIC SECURITY 280500 - 1


SECTION 280500 - COMMON WORK RESULTS FOR ELECTRONIC SECURITY

PART 1 GENERAL

1.1 DESCRIPTION OF WORK

A. Provide all labor, equipment, supplies and materials for the complete installation of a fully

functional replacement Security Control System in accordance with the Contract Documents

and the RFP. References to SEC made throughout the Div. 28 spec series, stands for Security

Electronics Contractor. Security Systems include but are not limited to:

1. Section 280510 – Maintenance Service, and Warranty for Electronic Security

2. Section 280511 – Backbone System Cabling for Electronic Security

3. Section 280513 – Conductors and Cables for Electronic Security

4. Section 280526 – Grounding and Bonding for Electronic Security

5. Section 280530 – Tamper Proof Fasteners

6. Section 281116 – Cabinets and Enclosures for Electronic Security

7. Section 282313 – Video Surveillance System for Electronic Security

8. Section 284619 – PLC Hardware for Electronic Security

9. Section 284620 – PLC Software for Electronic Security

10. Section 285000 – Miscellaneous Systems for Electronic Security

11. Section 285123 – Integrated Intercom/Paging System for Electronic

B. The work includes the following, as well as work not listed below but described elsewhere as it

applies to Security Systems:

1. Provision of new fiber optic backbone cabling system.

2. All electrical work associated with the replacement of the security control system.

3. Replacement of head-end equipment installation and termination

4. Replacement of field devices

5. Addition of new field devices

6. Replacement of device cabling

7. Programming

8. Start up, testing, de-bugging and commissioning

9. Documentation and training

10. Maintenance and service

C. Interpretation of Contract Documents

1. This section of the specifications describes general provisions applicable to all Division

28 Security Systems.

2. Although such work is not specifically indicated, furnish and install all supplementary or

miscellaneous items, appurtenances and devices incidental to or necessary for a sound,

secure and complete installation.


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3. Mention in these specifications or indications and/or reasonable implications whereby

articles, materials, operation or methods related to execution of the work are noted,

specified, drawn or described, thereby requires execution of each such item of work and

provision of all labor, materials, equipment and accessories required for execution

thereof.

4. No exclusions from, or limitations in the language used in the specifications shall be

interpreted as meaning that the accessories necessary to complete any required system or

item of equipment are to be omitted.

5. The use of words in the singular shall not be considered as limiting where other

indications denote that more than one item is referred to.

6. This is a renovation project. The overarching goal of this project is to replace the door

control, intercom, video surveillance, and other systems and integrate them into a single

integrated platform allowing multi-tier takeover scenarios, and a common graphical user

interface in all control locations. The project includes the upgrade of existing systems and

equipment. Where indicated herein and on the drawings, existing field devices will

remain as is, or be replaced with new equipment. Furnish and install all materials for

complete and functioning systems, resulting upon completion, in functioning systems in

compliance with the performance requirements specified. The omission of express

reference to any parts necessary for, or reasonably incidental to a complete installation

shall not be construed as a release from furnishing such parts. This reference shall apply

to all systems and sub-systems specified herein or otherwise included in these contract

documents.

7. Drawings are diagrammatic and indicate general arrangement of system and equipment,

except when specifically dimensioned or detailed. They are to show size, capacity,

approximate location, direction and general relationship of one work phase to another,

but not exact detail or arrangement. The division 28 contractor is responsible for final

verification of field device counts.

8. Field verification of measurements take priority over dimensioned drawings.

9. Dimensions indicated anywhere, are limiting dimensions.

10. The Owner reserves the right to make any reasonable change in location of devices and

equipment prior to rough installation without involving additional expense. All changes

from the drawings as are necessary to make the work of the SEC (Security Electronics

Contractor) conform to the building as constructed shall be included and installed without

extra cost.

1.2 SCOPE AND RESPONSIBILITY

A. Provide full time on site field representation for Division 28 Security Control Systems series

scope for work for the duration of installation and prior to turn over. This requirement shall

commence upon the start of work inside the secure area of the facility.

B. Include detailed scheduling information for Security Electronics systems installation and testing

in the construction schedule. Provide detailed GHANT chart construction schedule showing all

tasks referenced in the project phasing plans. Include:

1. Engineering

2. Shop Drawing Preparation

3. Software Programming


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4. Shop Fabrication

5. Equipment Installation

6. Electrical Work

7. Testing, Commissioning, and training.

8. This schedule must be submitted fourteen (14) calendar days after receipt of contract.

The duration of this schedule must also comply with the completion dates of the

construction schedule contained in the contract documents.

9. Work with the owner and engineer to schedule/conduct periodic coordination meetings

(either weekly or bi-weekly) between trades to make everyone aware of critical areas of

construction. Distribute the meeting minutes and attendance to the Owner Representative,

the Engineer, and other trades in a timely fashion.

10. Provide coordination of the Security Electronics System installation.

11. Provide coordination as required to complete the inspection described in paragraph 3.1

INSPECTION.

12. When on-site Inspect existing conduit raceway system including back boxes, junction

boxes, and mortar boxes for all Security Systems. Notify the Engineer of any

discrepancies immediately.

a. Furnish and install all equipment racks and cabinets.

b. Furnish and install all required surge protection field devices.

c. Provide all required circuit protection internal to the head end equipment racks.

d. Where new work is required, all security electronics systems cabling shall be

installed in conduit from the field device to the secured equipment rooms.

e. Furnish and install all devices, equipment, and appurtenances resulting in

complete, functional, and fully operational systems as specified herein, indicated

on the drawings and listed below:

1) Section 280510 – Maintenance Service, and Warranty for Electronic Security

2) Section 280511 – Backbone System Cabling for Electronic Security

3) Section 280513 – Conductors and Cables for Electronic Security

4) Section 280526 – Grounding and Bonding for Electronic Security

5) Section 280530 – Tamper Proof Fasteners

6) Section 281116 – Cabinets and Enclosures for Electronic Security

7) Section 281600 – Intrusion Detection System for Electronic Security

8) Section 282313 – Video Surveillance System for Electronic Security

9) Section 284619 – PLC Hardware for Electronic Security

10) Section 284620 – PLC Software for Electronic Security

11) Section 285000 – Miscellaneous Systems for Electronic Security

12) Section 285123 – Integrated Intercom/Paging System for Electronic

f. Furnish and install the Security equipment.

Furnish and install all miscellaneous systems equipment and materials as required

for a complete and fully functional security system as specified and/or indicated on

the drawings.

g. Prior to fabrication, coordinate exact location and installation of security electronic

devices.

h. Provide coordination to complete the inspection described in

Paragraph 3.1 INSPECTION.

i. Provide complete system test, operational certification and Owner training as

called for in the contract documents.


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j. Provide complete factory certified training to the Owner.

k. Coordinate the work of this Section with the Engineer and that of other Sections to

ensure that the entire work of this Project will be carried out in an orderly,

complete and coordinate fashion.

1.3 RELATED DOCUMENTS

A. General

1. Drawings, specifications and general provisions of the Contract, including General and

Supplementary Conditions and Division 1 Specification sections, apply to work of this

section. The SEC (Security Electronics Contractor) and all subcontractors are responsible

for locating information pertaining to required items of work specified or indicated

elsewhere in the Contract Documents.

B. Related Work Specified Elsewhere

1. Division 00 - BIDDING REQUIREMENTS

2. Division 01 - GENERAL REQUIREMENTS

C. Reference Specifications, Materials, and/or Codes

1. Submit all items necessary to obtain all required permits to the appropriate Regulatory

Agencies, obtain all required permits and pay all required fees.

2. All work shall conform to the National Electrical Code (NEC) and to applicable National

Fire Protection Association (NFPA) codes.

3. All work shall conform to all Federal, State and local ordinances.

4. Where applicable, all fixtures, equipment and materials shall be as approved or listed by

the following:

a. Factory Mutual Laboratories (FM).

b. Underwriters Laboratories, Inc. (UL).

c. National Electrical Manufacturers Association (NEMA).

5. References to the National Electrical Code and National Fire Protection Association

(NFPA) are a minimum installation requirement standard. Design drawings and

specification sections shall govern in those instances where requirements are greater than

those specified in the NEC and NFPA.

6. All material and equipment shall be listed, labeled or certified by Underwriters'

Laboratories, Inc. where such standards have been established. Equipment and material

which are not covered by UL Standard will be accepted provided equipment and material

are listed, labeled, certified or otherwise determined to meet safety requirements of a

nationally recognized testing laboratory. Equipment of a class, which no nationally

recognized testing laboratory accepts, certifies, lists, labels, or determines to be safe will

be considered, if inspected or tested in accordance with national industrial standards such

as NEMA, ICEA or ANSI. Evidence of compliance shall include certified test reports

and definitive shop drawings. NOTE: It is not required that the final installed system be

UL listed as a single product.


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7. All work shall meet or exceed the standards and procedures of the following:

a. National Fire Protection Association (NFPA): NFPA 70, NFPA 72, NFPA 90A

b. National Electrical Code (NEC)

c. American National Standards Institute (ANSI)

d. National Electrical Manufacturers Association (NEMA)

e. American Society of Testing Materials (ASTM)

f. Institute of Electronic & Electrical Engineers (IEEE)

g. Underwriters Laboratory (UL)

h. Americans With Disabilities Act (ADA)

i. American Corrections Association (ACA)

8. Include all items of labor and material required to comply with such standards and codes.

Where quantity, sizes or other requirements indicated on the drawings or herein specified

are in excess of the standard or code requirements, the specifications or drawings,

respectively, shall govern.

1.4 QUALITY ASSURANCE

A. General

1. Furnish and install only new equipment and materials required (less than 1 year from

manufacture), unused without blemish or defect.

2. Each major component of equipment shall have the manufacturer's name, address, and

model number and rating on a plate securely affixed in a conspicuous place. The

nameplate of a distributing agent is not permitted. NEMA Code Ratings, UL label, or

other data which is die-stamped into the surface of the equipment shall be stamped in a

location easily visible. Performance as delineated in schedules and in the specifications

shall be interpreted as minimum performance. In many cases, equipment is oversized to

allow for pickup loads which cannot be delineated under the minimum performance.

3. All equipment of the same type shall be the product of one manufacturer.

4. The original factory condition of manufactured equipment shall not be modified without

the written approval of the Architect /Engineer.

5. Provide only non-proprietary software. All software logic shall be developed in the

Wonderware or Omron InduSoft environment and not developed in third party software

or provided in a compiled DLL, EXE file format or other encrypted file format/extension.

Any software approach that is found to be provided with proprietary approach shall be

removed and the SEC shall replace it with non-proprietary software as specified at no

additional cost to the owner. The basis of whether the software is considered proprietary

or non-proprietary will be as determined by an audit conducted by the manufacturer of

the development tools. All costs to remove and rewrite the software shall be the SECs

responsibility.

B. Qualifications

1. Bids will be evaluated based on the following criteria:

a. Security electronics subcontractor is licensed by the State of Virginia.


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b. All bidders must be in full compliance with the rules and regulations set forth by

the State.

c. The SEC shall have been in existence for a minimum of 5 years.

d. The Electronic Security System integrator shall have completed a minimum of 5

projects similar in scope to this project. The company’s Project

manager/coordinator assigned to this project must have been involved in at least 4

of the 5 company projects.

e. The SEC shall specialize in the installation of security control systems in

correctional facilities of equal scope, quality, type, and complexity to that required

herein.

f. The SEC shall be trained and certified on the programming, configuration, and

setup of all microprocessor based electronics including but not limited to

Programmable Logic Controllers (PLC), and Graphical User Interface (GUI).

g. The principal members and key personnel to be assigned to the project shall each

have a minimum of 5 years’ experience in completing projects of equal scope,

quality, type, and complexity to that required herein.

h. On-site installing personnel will have successfully completed all training

requirements set forth by the primary security electronics product manufacturers.

A copy of the training certificates shall be available upon request.

C. Qualification Proposal Requirements to be submitted with bids

1. SECs seeking to be approved are responsible for providing documented proof that all

qualifications have been met. Burden of proof is on the proposer. Delivery of the

following documentation is required with the SECs bid. Qualification proposal shall

include the following-

a. A history of the Contractor that reflects the length of time they have performed

services similar to those required for this project.

b. Contractor Qualification Statement AIA-305A.

c. Audited financial statement for the previous year.

d. Name, address, and telephone number of organization's current Bonding company

and level of bonding capacity.

e. Resumes of the principal members and key personnel of the organization

indicating years of experience in successfully completing projects of equal scope,

quality, type and complexity to that required herein. Include resume(s) of

personnel in the employ of the organization responsible for the engineering,

fabrication, and installation of comparable systems. Include a delineation of each

individual's responsibilities on this project. Resumes must include information

about the individual's security experience and systems integration capabilities.

f. Provide integrators UL508A custom control panel manufacturing certificates.

g. Provide proof of compliance with PLC/GUI manufacturer’s integrator certification

program; IE: Omron IWS Certified System Integrator Certificate.

h. List all completed projects, on which work has been performed, that have been

operational for at least 1 year. Include for each facility the following:

1) Name and location of project.

2) Date of occupancy.

3) Name, address, and telephone number of Owner/User.


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4) Name, address, and telephone number of Architect

5) Name, address, and telephone number of General Contractor.

6) Name, address, and telephone number of organization's Bonding Company

for the individual project.

7) A description of the systems involved, the construction dates, and the

contract amount for the equipment and services for which the Contractor

had responsibility.

i. List all projects, within the last 5 years, in which the organization has been

involved in litigation with a City, County, State or Federal government agency.

Include summary of final decisions and status of pending litigation.

j. Provide line list of all manufactures represented (established dealer) and period of

time represented.

k. A technical proposal that indicates an understanding of the scope, quality, and

technical aspects of the work and shall include the following:

1) A technical description of the SECs approach to implementing each of the

major systems included in the work. Interfaces with other contractor's work,

if any, must be specifically addressed.

2) A list of major systems components, including the equipment manufacturer's

product numbers, to be used on this project. Detailed technical

specifications and catalog cut sheets must accompany any proposed

substitutions for the specified equipment in accordance with Division 01

requirements.

l. The qualification proposal will be evaluated by the Owner and engineer. The SEC

will be selected based on the most qualified responsive bid.

m. Pre-Qualified Integrators

1) Accurate Controls Inc., Ripon WI

2) Stanley Security, Noblesville, IN

3) P2 Controls, Malvern, PA

4) Cornerstone Detention, Madison, AL

1.5 SUBMITTALS

A. Refer to Section 013300 – Submittal Procedures

B. Duplicate copies of the bidding documents are not acceptable and will be rejected.

C. Product Submittal

1. Submittal must consist of a complete package, bound in a three ring binder, including,

Product Data for each Section of the Division 28 Security Systems series specifications,

and Shop Drawings as applicable. PARTIAL OR INCOMPLETE SUBMITTALS ARE

NOT ACCEPTABLE. The Submittal shall include the following:


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2. A Title Page complete with the following required information:

a. Project name.

b. Date.

c. Name and address of the Architect Engineer.

d. Name and address of the General Contractor - Advisor

e. Name and address of the Electrical Trade Contractor

f. Name and address of any Subcontractors.

3. An Index Page complete with the following required information:

a. Name of the Supplier.

b. Name of the Manufacturer.

c. Title, section and paragraph of the Specification Sections. (Example section

281116, paragraph 2.4)

d. Products in order as specified in PART 2 of the related specification.

4. Each Specification section shall be separated, collated in order, and complete with the

following information:

a. Title sheet.

b. Descriptive purpose of the system, stating how each product is to function.

5. Each Data Sheet shall have the specific reference to the Specification it is to be used for,

noting the section and paragraph.

6. Product Data showing multiple products, models, or options shall be clearly marked

identifying the specific product, model, and options which are submitted for review.

Unmarked submittals or facsimile copies shall not be acceptable.

7. Submit product data for all equipment showing:

a. Original Data Sheets Only. Fax copies are not acceptable.

b. Product performance, mechanical and electrical specifications.

c. Manufacturer’s installation instructions.

d. Certification from the submitted manufacturers that the SEC’s designated

personnel are trained on the installation of the system. Include installer’s name,

experience and responsibility.

e. Product test compliance certificates if required.

D. Shop Drawings

1. Submittals consisting of reproduced copies of the original bidding documents will be

rejected. The SEC is required to develop a complete set of drawings specific to the final

configuration of the system based on the manufacture and models of all components

included. Shop drawings are to include all changes noted in addenda, as well as any

changes included in architects special instructions or change orders issued prior to the

submittal of the shop drawings.

2. Shop drawings shall be submitted with product data.


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3. All drawings shall be created using an industry recognized computer aided design

program. Recognized programs include AutoDesk Revit, or Auto Cad. All drawings are

to be made using the latest software release available.

4. Submit shop drawings for all equipment showing:

a. Location and layout of all field equipment on floor plans.

b. Large scale (minimum ¼”=1’) floor plan and elevation view drawings of all

security electronics rooms and control rooms depicting all racks, consoles,

cabinets, equipment, outlets, etc.

c. Size and spacing of all anchors, wall penetrations, joinery construction, etc.,

required for complete system installation.

d. Sizes, shapes, thickness and finishes of all materials and equipment surfaces.

e. Electrical riser diagrams identifying all signal, power and ground circuitry.

f. Block diagram(s) depicting system integration details.

g. Scaled elevations of all security equipment racks showing equipment mounting

locations (front and rear if any equipment is rear-mounted).

h. Wall elevations showing mounting of cabinets and enclosures, conduit routing, etc.

i. Wire management details for the installation of cable harnesses inside racks,

equipment cabinets, consoles, control panels and other areas of exposed cable.

j. Wiring diagrams for all equipment and devices (active and passive).

1) Wiring diagrams are required to show point-to-point connection of all

terminations for all devices.

2) Indicate wire type used for connection.

3) Indicated type of termination to be made. (I.e. terminal strip, euro block,

XLR, etc.)

4) Indicate wire tag number.

k. Scaled layout of all custom integrated control system graphic user interface panels.

l. Installation detail of all surface or flush mounted devices including but not limited

to speakers, cameras, intercom, card readers, etc. Detail to show all required

mounting and suspension hardware, as well as connection made to structure.

Provide front, side, and top views.

m. Installation detail of all suspended devices including but not limited to speaker

systems, cameras, etc. Detail to show all required mounting and suspension

hardware, as well as connection made to structure. Provide front, side, and top

views.

n. Functional and operational written reports of all security systems.

E. Samples

1. Provide samples as requested for review and approval of substitutions or as specified in

Division 28 Security Systems specification.

2. Submit for each type of tamper-proof fastener. Indicate materials, finish, head design,

strength, corrosion resistance, and installation/removal methods.

3. Submit four (4) samples of each type of tamper proof fastener proposed for use


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F. Test Plan and Documentation

1. Submit a complete testing plan for all systems for approval with the shop

Drawing/Product Data submittal.

2. Plan submitted must include shop and field-testing of each and every field device and

control function.

3. Plan submitted must include examples of testing documentation. Shop testing

documentation must be submitted for approval prior to control system shipment to job

site. Field-testing documentation must be submitted when requesting final

Demonstration/Inspection (described below).

4. Detailed testing agenda and testing documentation forms for all systems. Detailed

agenda outlining the "hands-on" training sessions to be provided to the User. The

operation, programming/debugging, troubleshooting, repair and maintenance of all

systems shall be covered.

G. Training Plan and Documentation

1. Submit a complete training plan for all systems for approval.

2. As a minimum, the plan submitted must include individualized training paths for the

following personnel on all aspects of the Security Electronics system.

a. Administrators

b. Supervisors

c. Operators

d. Maintenance Personnel

3. As a minimum, the plan submitted must include the following:

a. Proposed classes or sessions.

b. Recommended attendees for each class or session.

c. Proposed class or session objectives.

d. Proposed class or session agenda and duration.

e. Proposed supporting materials for each class or session.

f. Proposed testing procedure for evaluation purposes.

g. Proposed documentation of testing and evaluation.

4. Do not commence training until the Engineer has approved the plan.

5. Plan submittal must include names of technical instructors. SEC must provide technician

responsible for project as instructor. SEC instructor shall submit evidence of factory

training on system provided.

H. Operating and Maintenance Data

1. Provide a bound and illustrated control console operator’s manual. One copy shall be

provided for each control station.

2. The operator’s manual shall be written in laymen’s language and printed so as to become

a permanent reference document for the operators, describing all control panel icon

operations, graphic symbol definitions, and all indicating functions and a complete

explanation of all software.


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3. Provide a bound and illustrated service manual. Three copies of the manual shall be

provided.

4. The service manual shall be written in laymen's language and printed so as to become a

permanent reference document for maintenance personnel, describing how to run internal

self-diagnostic software programs, troubleshoot head-end hardware and field devices

with a complete scenario simulation of all possible system malfunctions and the

appropriate corrective measures.

5. Provide four (4) copies of each operating and maintenance manual for each Division 28

Security Systems. Manuals shall be bound in "D-ring" binders with a detailed table of

contents.

6. The O & M manuals shall be cross-referenced to the Record Documents and contain the

following information for all systems:

a. Product catalog cut sheets and specifications of all equipment.

b. "Hands-on" operational description of all equipment and performance features in

each system using clear and understandable terminology.

c. Detailed programming instructions for all systems and all software programs.

d. Printed copy of all equipment settings.

e. Copy of all software programs required. Copy shall include most recent version of

manufacturer’s software, and all final programming settings. Software shall be

stored on CD/DVD and USB thumb drive. Provide one CD/DVD copy for each

O&M Manual, and one USB thumb drive that is to be left in the rear of the

equipment rack.

f. Troubleshooting procedures to diagnose malfunctions in each system.

g. Repair procedures for all equipment.

h. Preventative maintenance procedures for all equipment.

i. Table listing the model numbers for all equipment in each system including the

names and phone numbers of the manufacturer and their representative directly

responsible for this project.

I. Record Documents

1. Submit four (4) black line prints, and electronic copy of the "As-built" condition of all

systems including:

a. A set of updated shop drawings showing all Contract changes.

b. A set of updated product data showing all Contract changes.

c. "Hands-on" operational description of all equipment and performance features in

each system using clear and understandable terminology.

d. Floor plan showing conduit raceway routing including all equipment rack, cabinet

and pull box locations, and conduit sizes.

e. Complete point-to-point wiring diagrams showing ALL equipment, devices, wire

and cable (Signal, power and ground). This document shall also include all

terminal block designations, abbreviations and color-coding.

f. Provide report showing results of all tests required and outlined in individual

Division 28 series specifications.

g. Four (4) copies of approved training session DVD.

h. Transmittal letter listing delivery and acceptance of complete spare parts

inventory.


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i. Copy of warranty statement

j. Procedures for addressing warranty/repair issues.

1.6 ADDITIONAL CONSTRUCTION ADMINISTRATION SERVICES BY THE ENGINEER

A. The SEC shall be obligated to reimburse the Owner/User for reasonable costs for the following

additional professional services for which the Owner will be required to compensate the

Engineer. Reimbursement shall be on an hourly basis at the Engineers standard rates, plus

reasonable reimbursable expenses billed at a rate of 1.1 times the actual cost to the Engineer. A

deductive change order to the Trade Contract sum will be processed periodically for the cost of

such services incurred by the Owner.

1. More than two reviews of the same submittal.

2. Responding to multiple “Requests for Information” (RFI) for which the answer is readily

obtainable in the Contract Documents.

3. Preparation and follow up review of more than one “Punch List” for the same items of

work.

4. Construction administration services that extend more than 60 days past the initial date of

Substantial Completion. These services include, but are not limited to, all work

associated with the following: attending pay/progress meetings, on-site observation, and

processing the Application and Certification for Payment.

a. The Engineer will endeavor to notify the Owner and the SEC prior to performing

any work that will result in the aforementioned additional services; and to review

any proposed modifications to the contract. Contract modification shall not be

contingent, however, upon issuance of any such notice or prior review.

PART 2 PRODUCTS

2.1 GENERAL REQUIREMENTS

A. All products shall be new (less than one year from manufacture and unused and without blemish

or defect).

2.2 SUBSTITUTIONS

A. Submit substitutions in accordance with Section 013300 – Submittals and Substitutions. No

other method of substitution is acceptable.

B. Deviations from specifications

1. Any deviations from the specifications must be approved 10 calendar days prior to the

bid date. This includes changes to the scope of work, equipment substitutions, and

changes to the general provision.


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2. Changes to the scope of work in the bid proposal are not acceptable. Any proposed

change is to be submitted to the Engineer for review. Any approved changes will be

listed by addendum prior to the bid opening.

3. Any proposed equipment substitution must be submitted 14 calendar days prior to the bid

date. Accompany the request, the contractor must provide manufactures product

specifications for the exact model to be substituted. This literature must clearly state all

specifications called for in the bidding documents, as well as performance characteristics

not specified but inherent to the product listed in the specifications. Any items approved

for substitution will be listed by addendum prior to the bid opening. Substitutions after

the award of bid will only be allowed in case of discontinued equipment, or if an item of

equal or better quality is available and will not affect the contract cost of the system.

4. Changes to the general provisions are not acceptable. Any proposed change is to be

submitted to the Engineer for review. Any approved changes will be only listed by

addendum prior to the bid opening.

5. When a specified item is found to be discontinued or obsolete by the manufacturer, the

SEC is required to substitute the manufacturer recommended equivalent for that product.

If an equivalent is not available, the contractor is instructed to notify the Engineer in

writing prior to bid time.

6. Where specific products are sole source specified, no substitutions will be allowed.

2.3 MANUFACTURED PRODUCTS

A. Materials and equipment furnished shall be of current production by manufacturers regularly

engaged in the manufacture of such items, for which replacement parts are available.

B. Equipment Assemblies and Components

1. All components of an assembled unit need not be products of the same manufacturer;

however, all components must be acceptable to the Architect Engineer and the Owner.

2. Manufacturers of equipment assemblies, which include components made by others, shall

assume complete responsibility for the final assembled unit.

3. When more than one unit of the same class of equipment or material is required, such

units shall be the products of a single manufacturer.

4. Components shall be compatible with each other and with the total assembly for the

intended service.

5. Constituent parts which are similar shall be the product of a single manufacturer.

6. Moving parts of any element of equipment of the unit normally requiring lubrication shall

have means provided for such lubrication, and shall be adequately lubricated at the

factory prior to delivery.

a. All factory wiring shall be identified on or provided with the equipment being

furnished and on all wiring diagrams and included with O & M manuals.

b. When factory testing is specified:

7. The Engineer shall have the option of witnessing factory tests. The SEC shall notify the

Engineer a minimum of 15 working days prior to the manufacturer making the factory

tests.


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8. Four copies of certified test reports containing all test data shall be furnished to the

Engineer prior to final inspection and not more than 90 days after completion of tests.

9. When equipment fails to meet factory test and re-inspection is required, the Trade

Contractor shall be liable for all additional expenses.

2.4 EQUIPMENT IDENTIFICATION

A. In addition to the requirements of the National Electrical Code, install an identification sign that

clearly indicates information required for use and maintenance of items such as cabinets, control

devices and other significant equipment.

B. Nameplates shall be laminated black phenolic resin with a white core and engraved lettering, a

minimum of 1/4-inch high. Nameplates that are furnished by manufacturer, as a standard

catalog item, or where other methods of identification are herein specified, are exceptions.

C. All inputs and outputs are to be clearly labeled. Inputs to include the source location and signal

type. Outputs should indicate location signal is sent to.

D. All custom input plates labeling shall be engraved and paint filled or laser etched with a

contrasting color as shown on the specification.

E. Any and all user serviceable devices shall be clearly labeled

PART 3 EXECUTION

3.1 INSPECTION

A. Before installing electronic equipment, carefully inspect the installed Work of all other Trades.

Verify that all such Work is complete to the point where the installation of electronic equipment

may properly commence. Verify that the security/telecommunications closets are free of

airborne contaminants prior to the installation of electronic equipment.

B. Verify that all equipment is installed in accordance with all pertinent codes and regulations, the

original design, and the referenced standards.

C. In the event of discrepancy, immediately notify the Engineer.

D. Do not proceed with installation in areas of discrepancy until such discrepancies have been fully

resolved.

E. Return to original (preconstruction) condition any work disturbed during system installation.

3.2 INSTALLATION

A. Install all equipment in strict accordance with the manufacturer's recommendations, reviewed

shop drawings and ANSI/EIA/TIA standards.


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B. Do not attach electrical materials to roof decking, removable or knockout panels, or temporary

walls and partitions, unless indicated otherwise.

C. Secure equipment with fasteners suitable for the use, materials and loads encountered. If

requested, submit evidence proving suitability.

D. National Electrical Code requirements are applicable to all work.

E. Working spaces shall be not less than specified in the National Electrical Code for all voltages

specified.

F. Where the Engineer determines that the SEC has installed equipment not conveniently

accessible for operation and maintenance, equipment shall be removed and reinstalled as

directed at no additional cost to the Owner. "Conveniently accessible" is defined as being

capable of being reached without the use of ladders, or without climbing or crawling under or

over obstacles such as motors, pumps, belt guards, transformers, piping, and duct work.

G. All programming of control panels and recording/storage devices shall be performed in the

SECs shop prior to delivery to the job site. All equipment is to be fully tested.

H. To the extent possible all equipment racks are to be fully assembled and wired in the SECs shop

prior to delivery to the job site. Where existing cabinets are to be used, new panel inserts are to

be fully assembled and ready from installation in the existing cabinets. All electronics are to be

fully tested.

3.3 WORK PERFORMANCE

A. Coordinate location of equipment with other trades to minimize interferences.

B. Holes through concrete and masonry in new and existing structures shall be cut with a diamond

core drill or concrete saw. Pneumatic hammer, impact electric, hand or manual hammer type

drills shall not be allowed, except where permitted by the Engineer and the Owner as required

by limited working space.

C. Holes shall be located so as not to affect structural sections such as ribs or beams.

D. Holes shall be laid out in advance. The Architect/Engineer shall be advised prior to drilling

through structural sections for determination of proper layout.

E. Any holes created in walls, floors, or ceilings by the SEC are to be fire-stopped according to all

national, state, and local codes.

F. Hangers and other supports shall support only equipment and materials. Provide not less than a

safety factory of 5, which shall conform to any specific requirements in the Construction

Documents.

G. The SEC is responsible for repairing and or replacing any damage caused by their workforce at

no additional cost to the Owner.


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3.4 PROTECTION AND CLEANING OF SYSTEMS AND EQUIPMENT

A. Protect all materials and equipment from damage during storage at the Site and throughout the

construction period. Equipment and materials shall be protected during shipment and storage

against physical damage, dirt, moisture, cold and rain.

B. Damage from rain, dirt, sun and ground water shall be prevented by storing the equipment on

elevated supports and covering them on all sides with securely fastened protective rigid or

flexible waterproof coverings.

C. Piping shall be protected by storing it on elevated supports and capping the ends with suitable

closure material to prevent dirt accumulation in the piping.

D. During construction, cap the top of all conduits and raceway installed vertically.

E. During installation, protect equipment against entry of foreign matter on the inside, and vacuum

clean both inside and outside before testing and operating.

F. Damaged equipment, as determined by the Engineer, shall be replaced.

G. Painted surfaces shall be protected with removable heavy craft paper, sheet vinyl or equal,

installed at the factory and removed prior to final inspection.

H. Repaint damaged “FINISH” paint on equipment and materials with painting equipment and

finished with same quality of paint and workmanship as used by the original manufacturer so

repaired areas are not obvious.

I. Conduit back boxes, floor boxes, and poke thru’s shall be vacuumed clean prior to the

installation of cable.

3.5 IDENTIFICATION

A. Nameplates shall be laminated black phenolic resin with a white core and engraved lettering, a

minimum of 1/4-inch high. Nameplates that are furnished by manufacturer, as a standard

catalog item, or where other methods of identification are herein specified, are exceptions.

B. Uppercase letters of uniform height; centered on device, cover plate, or enclosure; engraved

letters filled with a contrasting color; and all characters made clearly and distinctly.

C. Use abbreviations defined in the contract documents whenever possible. Use plan designations

for labeling unless indicated otherwise.

3.6 LABELING

A. All cables shall be properly identified using a high quality thermal transfer-labeling device such

as the Kroy K4100 or equal.


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B. Cable

1. Provide typewritten labels on both ends of all security electronics system cabling. Locate

label within 6” of cable termination. Cover label with clear heat shrink tubing.

2. Label designation to consist of letter indicating type of cable (i.e. V for video, C Control,

M for Master Station etc.) and a number. Numerical designations shall be sequential.

a. Power Outlets

3. Power outlet labels are to be mechanically generated.

4. All power outlets designated for security equipment shall be labeled “SECURITY

ELECTRONICS EQUIPMENT ONLY”. On top.

5. Provide a second label on the bottom of the outlet cover plate indicating service panel

number and circuit breaker number.

6. Text lettering to be 1/8” high.

C. Rack Mounted Electronic Components

1. Electronic component labels are to be mechanically generated.

2. All inputs are to be labeled identifying source location of signal.

3. All outputs are to be labeled identifying signal destination.

4. Provide ¼” diameter indicator dot showing level setting for all rotary knobs, sliders, and

pushbutton switches.

5. Power switches shall be clearly labeled indicating switch is to be left in the on position at

all times.

3.7 CABLE TERMINATIONS AND DRESS

A. Installation of signal, video, communication, and control conductors shall adhere to the

following:

1. Cables shall be installed in Panduit wire duct (or approved equal) in all cabinets, racks

and/or at control panels and consoles for all wire and cable management.

2. Cables shall be secured to equipment cabinet backboards, console members or to other

system components using Panduit wire duct (or approved equal). SEC shall furnish and

install cable support posts, cable clamps or wraps, if required, to facilitate system

installation where plastic wire duct use is not possible.

3. All cables and/or conductors shall be terminated with approved cable termination

connectors compatible with the specific termination.

4. Label all cables on both ends and on all termination points.

3.8 CLEANING

A. Refer to Section 017400 – Cleaning


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B. Daily during construction and prior to User acceptance of the building, remove from the

premises and dispose of all packing material and debris caused by work performed under

Division 28 Security Systems.

C. Remove all dust and debris from interiors and exteriors of electrical equipment. Clean

accessible current carrying elements prior to being energized.

D. Upon completion of the work, remove excess debris, materials, equipment, apparatus, tools and

the like and leave the premises clean, neat and orderly.

E. All bright metal or plated work shall be thoroughly polished. All pasted labels, dirt and stains

shall be removed from the devices.

3.9 COMPLETION

A. Results Expected

1. All equipment and materials shall be in place, all controls shall be set and calibrated, all

programming shall be installed and debugged, and all systems shall be demonstrated to

be operationally complete.

2. All testing, start-up and cleaning work shall be complete.

3. All documented testing results are submitted and approved by the Architect Engineer.

THE SEC AT NO ADDITIONAL COST SHALL REPLACE ANY COMPONENT OF

THE SYSTEM THAT FAILS TO MEET THE PERFORMANCE AS SPECIFIED.

4. All O & M Manuals and Record Documents are reviewed and accepted.

5. Substantial Completion inspection is performed and granted. The Substantial

Completion inspection punch list is completed by SEC.

6. All facility training shall be complete and the DVD of the training session is accepted.

7. All warranties are received.

8. Transmittal letter listing delivery and receipt of complete spare parts inventory.

9. Special test equipment is received.

10. A copy of all program files associated with the system shall be turned over to the owner.

3.10 DEMONSTRATION/INSPECTION

A. Upon completion of approved testing procedure and submittal of testing documentation as

described above, the SEC shall notify the Engineer, who will visit the project for a

demonstration of the systems and an inspection of the completed work in conformance with the

Construction Documents. It is mandatory for a representative from the SEC directly responsible

for the project to be present during demonstration and inspection periods.

B. Items which do not comply with the Contract Documents, or which function incorrectly, will be

listed and the list will be submitted by the Engineer to the Contractor.

C. After all corrections have been made, the SEC shall notify the Architect Engineer who will

recheck the system for compliance of all items listed. IF THE ENGINEER OR OWNER IS


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REQUIRED TO AGAIN RETURN TO THE SITE FOR FURTHER INSPECTIONS,

THE SEC SHALL REIMBURSE ALL LABOR AND TRAVEL EXPENSES.

3.11 TRAINING

A. Provide training after all final tests and adjustments have been completed. Instruct the User’s

personnel according to the approved Training Plan specified above in “Training Plan and

Documentation.” Training shall cover all aspects of systems operation, maintenance and

programming, and shall be provided by the responsible SEC technical representatives.

B. Provide written operating instructions specific to the basic operation of the system. Basic

instructions should cover all operational aspects of the system required for basic operation

including system powering, signal patching and routing, and level control. These instructions

are to be laminated and located with the main system power control.

C. Schedule training sessions to meet the needs of facility personnel as determined by the Owner.

Provide training during first, second and third shifts.

D. Record all training sessions. Submit an edited DVD copy to the Engineer for review and

approval. Present all materials used in the training session on the video. Any DVD found to be

inferior in recording or material content shall be reproduced at no cost until an acceptable tape

is submitted.

E. Provide a minimum of 40 hours of training. All training is to be completed during the time

frame established during scheduling with the Owner. Training may not necessarily be in

continuous periods. Training will need to take place for staff on 1st, 2nd, and 3rd shifts during

those times. This training is to also include a higher level of training for two (2) Owner

employees on programming of the PLC’s.

F. Refer to individual sections for system specific training requirements.

G. Shake Down Period:

1. The SEC shall provide 3 days of system shakedown, which shall include providing a

fully trained employee of the SEC who shall provide additional training, system repairs

and alterations prior to, during and after the transfer of inmates into the facility. The

system shall be fully operational and certified prior to the shakedown period beginning.

2. This person shall be on-site during the 1st shift and be available or on-call during 2nd and

3rd shift.

3.12 MAINTENANCE MATERIALS

A. All special tools for proper operation and maintenance of the equipment provided under this

Specification shall be delivered in conformance with Section 280510.

B. Provide spare materials as indicated in Contract Documents and as required for proper

maintenance of the Security Systems.


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3.13 WARRANTY, WARRANTY SERVICE AND MAINTENANCE

A. Refer to Section 280510 – Maintenance Service and Warranty for Electronic Security

END OF SECTION 280500


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MAINTENANCE, SERVICE, AND WARRANTY FOR ELECTRONIC SECURITY 280510 - 1

Dewberry Engineers Inc. 50113272

SECTION 280510 - MAINTENANCE, SERVICE, AND WARRANTY FOR ELECTRONIC SECURITY

PART 1 GENERAL

1.1 SYSTEM DESCRIPTION

A. Furnish and install all equipment, materials and labor necessary to complete the installation of

specific systems described herein and integration of all systems as indicated, specified herein or both.

The work includes the following, as well as work not listed below but described elsewhere:

1. Scheduled Maintenance

2. Non-Scheduled Maintenance

3. Documentation of Maintenance

4. Spare Parts Inventory

5. Future Staff Training

6. Third Party Service Contracts

B. It is the intent of this Section to define maintenance services to support all systems included in the

280500 series specifications.

C. The SEC shall provide maintenance and service as part of the Contract during the (5) year guarantee

period. The guarantee period shall begin on the date of the Owner acceptance of the systems as

“complete as specified” not at Substantial completion. Once the date of the Owners acceptance has

been established, the (5) year guarantee period shall commence.

D. Six months prior to the end of the (5) year guarantee period, the SEC shall provide a proposal for a

two (2) year continued maintenance contract for the complete Security Electronics System. If

accepted, the maintenance contract shall take effect at the completion of the initial five (5) year

guarantee period.

1.2 PRODUCTS

A. All products used in parts replacement shall meet the specifications for the original equipment. The

Architect Engineer must approve any substitutions.

1.3 SPARE PARTS – (Each item listed below is to have two (1) sets required for spares.)

A. One GUI including touch screen monitor (1) 32”; and (1) 24”, CPU, Keyboard and mouse.

B. One case of paper and four replacement cartridges for printer specified.

C. 5 spares of each type of relay used on this project.

D. 10 fuses of each type used


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E. One spare PLC CPU

F. One spare PLC Module of each type used

G. One spare PLC power supply

H. One spare linear power supply of each type used

I. One spare intercom master station

J. One intercom sub-station

K. One (1) spare camera of each type used

L. One spare Guard Tour button.

1.4 SOFTWARE SERVICE

A. Update software to latest version at project completion.

1. Install and program software upgrades that become available within two (2) years from

date of substantial completion.

2. Upgrading software shall include the operating system.

3. Upgrade shall include new or revised licenses for use of software.

B. Provide (30) days notice to Owner to allow scheduling and access to system and to allow Owner to

upgrade computer equipment if necessary.

PART 2 EXECUTION

2.1 WARRANTY AND WARRANTY SERVICE

A. Warranty

1. The Division 28 series security systems shall be fully guaranteed for a period of five (5)

years beginning on the date of Owner acceptance.

2. The guarantee shall include the entire Division 28 series scope of work including all

equipment, devices, materials, cable/wire, software and installation as it applies to security

electronics.

3. Work shall be guaranteed to be free from defects. Any defective materials or

workmanship, as well as damage to the Work of all other Trades resulting from same,

shall be replaced or repaired as directed by the Owner for a period of two (2) years from

the date of Owner final acceptance. The SEC shall provide written warranties for all

systems and all buildings to the Owner.

4. The guarantee shall exclude acts of God, vandalism, physical abuse or operator misuse.


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5. Acceptance by a manufacturer of an order for equipment for this contract signifies

acceptance of this warranty. During the warranty period there shall be no charge to the

Owner for equipment, material, software, etc. for guarantee work.

6. During the warranty period, there shall be no charges to the Owner for service calls

(mileage, labor, travel, expenses, etc.) for warranty work.

B. Warranty Service

1. The SEC shall provide warranty service as part of this Contract during the warranty

period.

2. Warranty service agreement must be submitted separately and must contain the name,

phone number of the service provider capable of meeting the response times as defined by

the Engineer.

3. This service shall consist of the following:

a. 24-hour staffed phone number.

b. Technician’s factory trained by the manufacturers of the system’s components.

c. Authorized representation of the manufacturer via an agreement of factory support.

d. Five years experience (minimum) servicing systems of the type included in this project.

e. Capability of making additions or changes to the software systems used in this project.

f. Capability of servicing the individual system components and the total security

electronics system.

g. Equipment and knowledge to test all specified equipment and devices.

h. Current system documentation including but not limited to the following:

1) Wiring diagrams.

2) Operation and maintenance manuals.

3) Software programs.

4) Other documentation as required to provide assistance to the Owner in the

operation and maintenance of the systems.

5) All documents shall be made available to Owner.

6) Upon termination of maintenance agreement all system documents shall be

furnished to Owner for maintenance continuity.

4. The Owner and/or Engineer shall notify the SEC in writing, outlining operational

malfunctions or defects in the Division 28 series Security Electronics system. This report

shall be emailed to the service provider, which will establish the date and time or problem

notification.

5. Upon successful completion of warranty service, the responsible technician shall return a

copy of the original service request to the facility with a detailed description of the

problem found, and corrective action taken including a list of equipment/parts/software

repaired or replaced. The technician shall also sign the on-site service log at the facility.

6. The SEC shall maintain a repair parts inventory sufficient to maintain the response times

specified. All parts used from the Owner’s spare parts inventory for warranty service shall

be replaced at no cost to the Owner.


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2.2 OWNER INSPECTIONS

A. Inspections by the Owner shall consist of "go, no-go" type inspections to determine the operational

state of a system. It is not intended that the Owner perform adjustments or modifications for system

restoration.

B. The Owner as a result of daily inspections and/or operational use of the systems will initiate non-

scheduled maintenance. Categories of maintenance support and the response time for system

restoration are defined in NON-SCHEDULED MAINTENANCE below.

2.3 SCHEDULED MAINTENANCE

A. The SEC shall provide scheduled maintenance as described below.

B. Quarterly Scheduled Maintenance

1. Security Control System

a. Touch Screens and CPUs (inspect and clean).

b. Programmable logic controllers.

c. Test all pushbuttons.

d. Relay cabinets.

e. Electro-mechanical detention hardware (Note: The Trade Contractor shall verify

proper security control system operations only).

f. Inspect and clean all system filters.

g. Auxiliary devices such as indication lights, push buttons, door position switches.

2. Intercom, Paging and Communication Systems

a. Verify proper operation of master stations.

b. Verify operation of sub-stations

c. Verify proper adjustment of all remote intercom amps.

d. Verify proper adjustment and operation of all paging amplifiers.

3. Video Surveillance System

a. Verify proper video signal at each monitor.

b. Verify proper auto-iris operation, video and sync. signal at each camera.

c. Check video clarity of each camera.

d. Perform focus adjustments, etc. as required.

4. Uninterruptible Power Systems (UPS)

a. Verify proper voltage and current levels

b. Exercise UPS function by system power blackout and emergency generator test.

5. Grounding and Surge Protection


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a. Check status of all devices.

b. Perform ground measurements.

2.4 NON-SCHEDULED MAINTENANCE

A. The SEC shall provide non-scheduled or "on-call" maintenance services in accordance with the

following Service Response Categories.

1. Critical: Items which compromise the security of the facility or have an adverse effect on

the operations of the facility. Items in this category shall be returned to service within 8

actual hours after receipt of a service call by the SEC. Service shall be available on a 7-

day, 24-hour basis.

2. Sensitive: Items which adversely impact the operations of the facility but are not

considered "critical" as defined above. Items in this category shall be returned to service

within 24 actual hours after receipt of a service call by the SEC.

3. Normal: Items which require maintenance support but are not "critical" or "sensitive" as

defined above. These are typically items which staff personnel identify and accept that

maintenance shall be performed by SEC during the standard quarterly inspection.

B. System/Response Category Table

PRODUCT/SYSTEM CATEGORY

1. Touch Screen/PLC/Security Control

a. All components Critical

2. Video Surveillance System


3. Intercom System

a. Master Station Critical

b. Single remote station Sensitive

c. Paging Critical

4. Uninterruptible Power Systems (UPS)


5. Surge Suppression

a. All components Sensitive

2.5 DOCUMENTATION OF MAINTENANCE


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A. It shall be the responsibility of the SEC to maintain all documents and modify drawings, schedules,

and other documents as required to effect documentation which reflects the current system or wiring

configuration.

B. Create and maintain a maintenance log that details maintenance services provided, system

modifications, and software upgrades. One copy of log is to remain at the facility.

C. Upon termination of the service contract, the SEC shall return all system documents to the Owner.

2.6 SPARE PARTS INVENTORY

A. An inventory of space parts consisting of at least the quantity of items herein must be provided and

maintained by the SEC to support the maintenance response requirements defined in this document.

B. The spare parts inventory may be comprised of SEC furnished and/or maintained parts.

C. The SEC shall maintain a spare parts inventory in excess of the amount indicated in Contract

Documents, as he deems necessary to support the maintenance and service requirements of this

section.

D. During the maintenance and service period, the Contractor shall maintain a log of all component

failures and parts replaced.

E. Six months prior to the expiration of the maintenance and service period, the SEC shall submit the

replaced parts log to the Owner. The Owner shall use the replace parts log to evaluate the on-site

spare parts inventory required for future maintenance by the Owner/User.

2.7 FUTURE STAFF TRAINING

A. It shall be the responsibility of the SEC to train the Owner on new system features or software which

may be provided to enhance the system's capability.

2.8 THIRD PARTY SERVICE CONTRACTS

A. The SEC shall provide a third-party service contract for all equipment supplied that is more

efficiently serviced by the third-party company.

B. The service contract shall provide service response times as described above.

C. All third-party service requests shall be acknowledged through the SEC to verify appropriate service

procedures have been followed as outlined in the service manual.



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BACKBONE SYSTEM CABLING FOR ELECTRONIC SECURITY 280511 - 1


SECTION 280511 - BACKBONE SYSTEM CABLING FOR ELECTRONIC SECURITY

PART 1 GENERAL


A. Drawings and general provisions of the Contract, including General and Supplementary conditions

and Division 1 Specifications Sections, apply to this Section.


A. General

1. Provide Fiber Optic Backbone Cabling for the security electronics system Ethernet LAN.

2. Provide Fiber Optic Backbone system cabling, fiber optic termination enclosures, patch

cables, terminations and testing for the Fiber Optic Backbone Cabling system as indicated in

Project Documents.

PART 2 PRODUCTS

2.1 GENERAL

A. Equipment specified is intended as a reference standard for level of quality.

B. Substitutions of equal quality will be accepted. All substitutions are to be approved prior to bid and

listed by addenda. Substitutions will not be accepted after the schedule bid time. Refer to Division

00 and Division 01.

C. Provide materials listed by UL or ETL.

2.2 FIBER OPTIC BACKBONE CABLE

A. Specifications

1. Single mode

a) Core Diameter: 8.3 um nominal

b) Cladding Diameter: 125 +/- 1 um

c) Core/Clad Concentricity Error: < .5 um

d) Coating fiber diameter: 245 +/- 10 um

e) Cladding Non-circularity: <1%

f) Coating/Cladding Concentricity Error: <12 um

g) Colored Fiber Diameter: 254 um


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h) Effective Group Index of Ref. @1310 nm: 1.466

i) Effective Group Index of Ref. @1550 nm: 1.467

j) Point Discontinuities: .1 dB

k) Max. Fiber Loss @1310: .7 dB/km

l) Max. Fiber Loss @1550: .7 dB/km

B. Acceptable Manufacturer

1. Inter Building

a) AMP/Netconnect

b) Commscope/Uniprise

c) Panduit/General Cable

d) Hubbell

e) Belden/CDT

2.2 FIBER OPTIC PATCH PANEL

A. Specifications

1. 14 ga. CRS construction

2. 19 rack mount, 4 RMS (7” high)

3. Modular construction

4. Provide fiber management bend limiting clips

5. Provide strain relief brackets

6. Provide adapter panels to support the fiber optic strand count shown on the plans.

B. Acceptable Manufacturers

1. AMP/Netconnect

2. Commscope/Systimax

3. Panduit/General Cable

4. Hubbell

5. Belden/CDT

2.3 FIBER OPTIC WALL INTERCONNECT

A. Specifications

1. 14 ga. CRS construction

2. Modular construction

3. Provide fiber management bend limiting clips

4. Provide strain relief brackets

5. Provide adapter panels to support the fiber optic strand count shown on the plans.




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3. Hubbell/Mohawk

4. Belden/CDT

2.4 FIBER OPTIC PATCH PANEL ADAPTOR PLATE

A. Specifications

1. SC duplex single mode adaptors

2. Provide adaptor panels to support the fiber optic strand count shown on the plans.

3. Ferrell color based on cross-connect field identification color code, TDMM 12th edition,

chapter 7.


1. Commscope/Uniprise/Systimax


3. Hubbell/Mohawk

4. Belden/CDT

2.5 FIBER OPTIC CONNECTORS

A. Specifications

1. Duplex LC type connector

2. High impact plastic body

3. Zerconia/Ceramic ferrule

4. .3dB typical insertion loss

5. –30dB/-40dB reflectance, single mode respectively

6. 32° – 131° F operating temperature

7. 12 pound tensile strength


chapter 7.


1. AMP/Netconnect



4. Hubbell/Mohawk

5. Belden/CDT

6. Leviton


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2.6 FIBER OPTIC PATCH CABLES

A. Specifications

1. Duplex LC connectors


chapter 7.

3. Length as required for installation.

4. Patch cables are to be turned over to the Owner for use in installation of active equipment

outside the scope of the project.

5. Furnish quantity of patch cables as required for installation plus 10% spare.


1. AMP/Netconnect



4. Hubbell/Mohawk

5. Belden/CDT

6. Leviton

PART 3 EXECUTION

3.1 INSTALLATION

A. General

1. Install all fiber cabling in accordance with applicable standards and codes.

2. Maintain fire rating of all penetrations through rated walls during construction.

3. Coordinate fire stopping of all cable runs through floor sleeves with field conditions

4. Install all fiber cabling and secure utilizing wire management brackets and hook and loop type

(Velcro™) straps. No plastic cable ties shall be used to secure any cabling.

B. Backbone Cabling

1. Install cabling as per manufacturer’s instructions.

2. Do not exceed specified pulling tensions.

3. Do not exceed specified bend radius.

4. Provide a 3 meter maintenance loop of fiber cable

5. All fiber optic cable shall be installed in plenum inner duct.

C. Fiber Optic Termination Enclosures

1. Install all cabling and secure utilizing wire management system.

2. Secure fiber jacket in a minimum of two locations.

3. Install minimum one meter of unjacketed fiber strands coiled on the enclosure routing guides.

4. Terminate and connect all fibers in fiber termination enclosure:


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a. Populate the single mode fibers on the ports beginning with

5. Use only hook and loop (Velcro™) type straps to secure and dress fiber cables.

3.2 LABELING

A. General

1. Provide labeling based on ANSI/TIA/EIA-606A administration concepts for all conduits,

fiber, patch panels, jacks, bus bars, racks, etc.

2. Provide machine generated typewritten labels, hand labeling is not acceptable

B. Equipment Room Terminating Hardware

1. Provide an identifier for each Patch Panel that incorporates the Cabinet identifier. (e.g.

TR2A-RR3-PP1 is the first patch panel in the third relay rack in the first intermediate

telecommunications room on the second floor)

2. Provide an identifier for each Patch Panel port that incorporates the Patch Panel identifier.

(e.g. TR2A-RR3-PP1-09 is the ninth port on the first patch panel in the third relay rack in the

first intermediate telecommunications room on the second floor)

C. Backbone Cable

1. Provide both of the cable’s Patch Panel Port identifiers on both ends of all backbone cables.

2. Insure that label is intact after termination of cable.

3.3 TESTING

A. General

1. Certify system is complete and functional.

2. Test all cabling and connections. Perform final functional tests in presence of the Architect

Engineer.

3. Complete certified testing report.

B. Fiber Cable Testing

1. All fiber testing shall be performed on all fibers in the completed end to end system.

2. Every fiber shall be tested in both directions with a light source tester.

3. There shall be no splices unless clearly defined in construction documents.

4. Maximum allowable attenuation for 50 micron fiber shall be 3.0 dB per km at 850nm and 1.0

dB per km at 1300 nm.

5. All testing shall follow TIA/EIA-TSB-140 (or later revisions of this document) standards.



Richmond, Virginia



CONDUCTORS AND CABLES FOR ELECTRONIC SECURITY 280513 - 1


SECTION 280513 - CONDUCTORS AND CABLES FOR ELECTRONIC SECURITY

PART 1 GENERAL


A. Drawings and general provisions of the Contract, including General and Supplementary conditions

and Division 1 Specifications Sections, apply to this Section.


A. General:

1. This is a renovation project, to the extent possible the existing wire and cable will be reused

unless noted otherwise on the drawings.

2. All existing intercom station cabling will remain and be reused.

3. All existing video surveillance cabling will be removed and replaced.

4. All existing door lock wiring will remain and be re-used.

5. Where there is no existing cabling, provide cabling that supports PLC/GUI,

Intercommunications, video surveillance, and other systems as indicated in Project

Documents.

6. Provide all necessary materials for the cabling system in all equipment rooms and at all field

devices as indicated in the project documents.

7. Provide a complete Horizontal Cabling system that supports all devices and systems as

indicated in Project Documents relative to the electronic security system(s).

8. Provide equipment room rack mounted termination equipment, equipment room patch cables,

work area outlets, work area equipment cables, terminations, labeling and testing for the

Horizontal Cabling system as indicated in Project Documents.

9. Provide Telecommunications Grounding and Bonding of all Horizontal Cabling system

components as indicated in Project Documents.

10. Provide Fire stopping Materials for Horizontal Cabling as indicated in Project Documents,

provide all labor and materials to maintain Fire stopping at all penetrations at all times during

construction and to insure adequate Fire stopping at all penetrations at completion.

11. Provide all necessary materials and labor for the horizontal cabling system in all equipment

rooms and closets as indicated in project documents.

12. Provide complete system test, Manufacturer’s minimum 20-year performance certification and

Owner/User training by the personnel responsible for the Structured Cabling System

installation.

B. For both new and existing wire and cable, include all termination and cable management as

described in section 280500.

PART 2 PRODUCTS


Richmond, Virginia





2.1 GENERAL

A. Provide materials listed by UL or ETL.

B. All cable must be NEC type CMP unless installed in conduit from end to end.

2.2 UTP HORIZONTAL CABLE

A. Specifications

1. ANSI/EIA/TIA Category 6 compliant

2. Quantities and locations as indicated in Project Documents

3. 4 pair, 23 AWG, solid bare annealed copper

4. Flame retardant semi-rigid PVC insulation

5. Longitudinal rip-cord

6. Color based on cross-connect field identification color code, TDMM 13th edition, chapter 7.

7. All cables terminated per T568B.

8. Security cable color to be yellow.

9. Data cable color to be blue

B. Acceptable manufacturers


2. Belden

3. Berk-Tek

4. Superior Essex

2.3 CATEGORY 6 RJ-45 JACKS

A. Specifications

1. Exceeds TIA/EIA-568-B.2 Category 6 and ISO 11801 2nd Edition Class D standards

2. Each jack is 100% tested to ensure NEXT and RL performance and is individually serialized

for traceability

3. Utilizes patent-pending enhanced Giga-TX™Technology for jack terminations which

optimizes performance by maintaining cable pair geometry and eliminating conductor untwist

4. No punch down tool required; termination tool ensures conductors are fully terminated by

utilizing a smooth forward motion without impact on critical internal components for

maximum reliability

5. Can be re-terminated a minimum of twenty times

6. Red termination cap designates Category 6 performance and provides a positive strain relief;

helps control cable bend radius and securely retains wires

7. Terminates 4-pair, 22 – 26 AWG, 100 ohm, solid or stranded twisted pair cable

8. Termination cap is color coded for T568A and T568B wiring schemes

9. Accepts 6 and 8-position modular plugs without damage

10. Can be clearly identified with optional labels and icons


Richmond, Virginia





11. Colors include blue, white, green, yellow, red, or violet.



2. Panduit

3. Belden

4. Berk-Tek

5. Leviton

2.4 CATEGORY 6 PATCH PANELS

A. Specifications

1. Modular rack mounted

2. ANSI/EIA/TIA Category 6 RJ-45 connectors

3. Port count as indicated in Project Documents

4. Sweep tested through 250 MHz

5. UL 94VO polycarbonate construction

6. Phosphor bronze 90/10 tin lead IDC contacts

7. UL 1863 compliant

8. IDCs accept 26 through 22 AWG solid copper conductors


1. AMP/Netconnect

2. Commscope/Uniprise


4. Hubbell

5. Belden/CDT

2.5 CROSS CONNECT AND PATCH CABLE ASSEMBLIES

A. Specifications

1. ANSI/EIA/TIA Category 6

2. 4 pair RJ45

3. Bootless

4. All patch cables shall be an appropriate length. (this may require custom cable lengths in the

telecommunications room)

5. Patch cables shall be constructed with cable of the same manufacturer as installed horizontal

cable.


1. Commscope


Richmond, Virginia





2. Panduit

3. Belden

4. Berk-Tek

5. Leviton

2.6 MULTICONDUCTOR SHIELDED PAIRED CABLING

A. Specifications

1. #18 AWG 19 x 30 stranded tinned copper conductor

2. Overall aluminum polyester tape foil shield 100% coverage

3. 18 AWG drain wire

4. Pair count as appropriate to the application

5. Type CMP jacket (Type CM if installed in conduit)


1. Belden

2. West Penn Wire

3. Commscope

4. Mohawk

2.7 MULTICONDUCTOR UNSHIELDED PAIRED CABLING

A. Specifications

1. #18 AWG 19 x 30 stranded tinned copper conductor

2. Pair count as appropriate to the application

3. Type CMP jacket (Type CM if installed in conduit)


1. Belden

2. West Penn Wire

3. Alpha

2.8 LOW VOLTAGE BUILDING WIRE

A. Specifications:

1. Conform to system manufacturer's requirements regarding size and type.

2. Conforms to UL Article 444 for low smoke and low flame and rated for use in air plenums.

3. Conforms to NEC 300-21, 300-22, and 725-2.

4. Low voltage wire shall be type THHN, THWN, or TFFN as appropriate to the application.

5. All low voltage building wiring shall be installed in conduit.


Richmond, Virginia






1. Atlas Wire

2. Cerrowire

3. Arthur J. Hurley Company

PART 3 EXECUTION

3.1 INSTALLATION

A. General:

1. Follow all ANSI/EIA/TIA installation guidelines

2. Follow all manufacturer installation guidelines

3. Follow all applicable NFPA and NEC codes

B. Cabling

1. Do not exceed recommended pulling tensions

2. Use only hook and loop type (Velcro™) Straps to secure and dress cabling.

3.2 LABELING

A. Equipment Room Cabinet Labeling:

1. Provide each cabinet with a laminated black phenolic resin label with a white core and

engraved lettering, a minimum of 1/4-inch high.

B. Horizontal Cable Labeling:

1. Provide permanent, computer generated labels on both ends of every Horizontal Cable, Patch

Cord and Equipment Cable

C. General:

1. Provide labeling based on ANSI/TIA/EIA-606 administration concepts

2. Provide typewritten labels, hand written labeling is not acceptable

3.3 WARRANTY

1. The Structured Cabling System shall have a factory warranty for twenty (20) years beginning

on the date of Owner/User acceptance.



Richmond, Virginia



GROUNDING BONDING AND POWER CONDITIONING FOR ELECTRONIC SECURITY 280526 - 1


SECTION 280526 - GROUNDING BONDING AND POWER CONDITIONING FOR ELECTRONIC

SECURITY

PART 1 GENERAL


A. Furnish all materials and labor necessary to complete the installation of specific systems described

herein and integration of all systems as indicated, specified herein or both. The work includes the

following, as well as work not listed below but described elsewhere:

1. Surge Protectors.

a. Protection of exterior power circuits

b. Protection of exterior data circuits

c. Protection of exterior signal circuits

d. Protection of power circuits entering equipment racks

2. Ground Circuits

a. Ground circuitry for proper dissipation of lightning, voltage spikes, surges, transients

and as required for life safety.

3. Back Up Power

a. All microprocessor-based equipment shall be powered by an un-interruptible power

supply (UPS).

PART 2 PRODUCTS

2.1 GENERAL




00 and Division 01.



Richmond, Virginia





2.2 CARD READER SURGE PROTECTION

A. Specifications

1. Service Voltage - Power: 12V/24V

2. MCOV – Power: 18V/38V

3. Clamping Voltage – Power: 22V/47V

4. Service Voltage – Data: <5V

5. MCOV – Data: 6.8V

6. Clamping Voltage: 7.2V

7. Service Voltage: <5V

8. MCOV – LED: 8V

9. Clamping Voltage – LED: 12V

10. Max Cont Current: 3 Amps Power/Data, 150 MA LED

11. Max Surge Protection: 2,000 Amps per pair (power)

12. Protection Modes: Line-ground

13. UL497B listed


1. Ditek DTK-4LVLPCR

2. Northern Technologies

3. Edco

2.3 POWER LINE SURGE PROTECTION

A. Specifications

1. Load Rating: 20 amps at 120 volts

2. Limiters: Series surge reactor current limiter. Cascaded auto-tracking

dual polarity voltage limiter. Dual pulse inverters.

3. Clamping Voltage Onset: 172 volts nominal (2 volts above peak line voltage, auto

tracking)

4. Filter: With 50 ohm load: 3 dB @ 3 kHz; 38 dB @ 100 kHz; 50 dB

@ 300 kHz; 50 dB @ 5 MHz; 50 dB @ 30 MHz.

5. Let-Through Slew Rate: 5000 volt/us disturbance reduced to 28 volts/us within power

wave envelope; less than 10 volts/us outside power wave

envelope.

6. Snubber: Instant reacting snubber for fast-rising

surges generated within the building.

7. Max Applied Surge Pulse Voltage: 6000 volts (1.2 x 50 us pulse)

8. Max Applied Surge Pulse Joule Rating: Unlimited, due to current limiting. (8x20 us)

9. Max Applied Surge Pulse Current: 100,000 amperes (8x20 us)

10. UL 1449-2 Adjunct Classification Test Results: 1000 surges, 6000 volts, 3000 amps, C1

pulse, measured suppressed voltage 290

volts, no failures.


Richmond, Virginia






1. SurgeX SX20-NE/RT, Wall Mount applications. SurgeX SX2120, rack mount applications.

Provide one power conditioner for each 20-amp circuit feeding security electronics equipment

2. Ditek

3. Edco

4. Approved Equal.

2.4 FLAT PANEL DISPLAY SURGE PROTECTION

A. Specifications

1. Load Rating: 8 amps @120 volts

2. Power Requirements: 10 Watts

3. UL Adjunct Class. Test Results: 1000 surges, 6000 volts, 3000 amps, C1

pulse, measured suppressed voltage 290

volts, no failures.

4. Federal Guidelines: Grade A, Class 1, Mode 1

5. EMI/RFI Filter, Normal Mode: 40 dB@ 100 kHz, 50 dB @ 300 kHz,

6. Max. Applied Surge Pulse Joule Rating: Unlimited, due to current limiting.

7. Maximum Applied Surge Pulse Voltage: 6000 volts (1.2 x 50 us pulse)

8. Overvoltage Shutdown: 145 volts


1. SurgeX SA82FlatPak.

2. Ditek

3. Edco

4. Approved Equal

2.5 DATA LINE SURGE PROTECTION

A. Specifications

1. Primary Tech: Bipolar Silicon Avalanche Diode

2. Operating Frequency: DC to 30 MHz

3. Response Time: <5 nanoseconds

4. Protected Lines: Two pairs

5. Peak Pulse Energy Disp: 10 joules each mode

6. Interface: Wire clamp terminals

7. Current Rating: 7 amps max

8. Series Impedance: <.01 ohms

9. UL497B listed



Richmond, Virginia





1. Northern Technologies PLP-S series surge protectors.

2. Ditek

3. Edco

2.6 RS-232 SURGE PROTECTION

A. Specifications

1. Max Operating Voltage: /- 20 V

2. Typ. Leakage current: 5 u amps

3. Max Data Rate: 22 kbps

4. Max Surge Current (10x1000usec): 43 amps

5. Max Clamp Voltage : 35 volts

6. Max Transient Voltage : 6 kV

7. Clamp Response Time: < 1 nanosecond

8. UL 497B listed

B. Acceptable Manufacturers:

1. Edco SRS-232 series surge protector

2. Ditek


2.7 VIDEO AND CAMERA POWER LINE SURGE PROTECTION

A. Specifications

1. Connection Method: RJ-45, #22 - #14 AWG screw terminal

2. Svc. Voltage – Power: 48V

3. MCOV: 64V

4. Clamp Voltage: 72V

5. Peak Surge Current: 30A/pair

6. Standards Compliance: EIA/TIA 568A, EIA/TIA 568B

7. Data Rate: Gigabit Ethernet using all four pairs

8. Max. Continuous Power: .3 A Video/Data, 5A power

9. Protection Mode: Line-ground (All)

10. Listing: UL497B


1. Ditek DTK-MRJPOE

2. Edco



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2.8 RACK MOUNT UNINTERRUPTIBLE POWER SUPPLIES

A. Specifications

1. Nominal Input Voltage: 120 VAC +10% to -30%

2. Frequency: 50/60 Hz +/- 5 Hz

3. Capacity: 2.2kW

4. Power Factor: >.97

5. Harmonic Distortion: Less than 5%

6. Battery: Maintenance free sealed lead acid

7. Backup: 7mins full load

8. Life: 8 year design

9. Output Voltage: 120 VAC +/- 3%

10. Frequency: 50/60 Hz +/- .5%

11. Capacity: 1.4 kW

12. THD: 1% typical, 3% max

13. Current (RMS): 16.7 amps

14. Max Peak Current: 50 amps

15. Crest Factor: 3.0

16. Overload Capacity: 150% for 60 seconds

17. Monitoring: RS-232

18. UL 1778 listed, CUL Listed

19. True online double conversion design utilizing Insulated Gate, Bipolar Transistor (IGBT)

technology


1. Toshiba UPS. Provide UPS for all circuits feeding security electronics headend equipment

except those circuits feeding inductive loads.

2. Mitsubishi

3. MGE

4. Powerware

2.9 DESKTOP UNINTERRUPTIBLE POWER SUPPLY

A. Specifications

1. Output Power Capacity: 1050W/1500VA

2. Max Configurable Power: 1050W/1500VA

3. Nominal Output Voltage: 120V

4. Output Connections: (2) NEMA 5-15R (Surge protection), (6)

NEMA 5-15R (Battery Backup)

5. Nominal Input Voltage: 120V

6. Input Frequency: 47-63 Hz

7. Input Connections: NEMA 5-15P

8. Input Voltage Range: 88-148 V

9. Typical Recharge Time: 15 hours


Richmond, Virginia





10. Battery Type: Maintenance free sealed Lead-Acid battery

with suspended electrolyte

11. Typical Backup Time at Half Load: 17.4 minutes

12. Interface Port: USB

13. Surge Energy Rating: 420 joules

14. Filtering: Full time multi-pole noise filtering: Meets

UP 1449

15. True online double conversion design utilizing Insulated Gate, Bipolar Transistor (IGBT)

technology


1. Toshiba

2. Mitsubishi

3. MGE

2.10 GROUNDING BUSS BAR

A. Specifications

1. Predrilled solid copper

2. NEMA standard bolt hole spacing

3. 0.25” thick minimum

4. Minimum dimensions: 4” high x 12” wide size to accommodate required connections.

5. Mounting: Minimum 2” insulated standoffs.

6. Cover: Lettered plexiglass as detailed in drawings.

B. Acceptable Manufactures

1. Panduit

2. Harger

3. Andrew

2.11 GROUNDING CONDUCTORS

A. Specifications

1. Gauge: As indicated on drawings

2. Insulation: Green PVC 600 volt rated


1. Harger

2. Tessco

3. Kris-Tech


Richmond, Virginia





2.12 TWO HOLE CODE CONDUCTOR

A. Specifications

1. UL listed for use up to 35 KV

2. Temperature rated 90 degrees Celsius

3. CSA certified to 600V

4. Meets J-STD-607-A

5. Painting piercing washers required


1. Panduit

2. Harger

3. Andrew

PART 3 EXECUTION

3.1 INSTALLATION

A. The System shall be installed by qualified personnel in strict compliance with manufacturer’s

instructions.

B. Wiring shall be color coded, uniform and in accordance with national electric codes and

manufacturer's instructions.

C. Equipment shall be firmly secured, plumb and level.

D. All cable shall be tagged and identified.

E. Coordinate all work with other trades.

F. Ground all equipment as per manufacturer’s recommendations, IEEE 1100, NEC, and EIA/TIA

guidelines.

G. Provide equipment grounding conductor from equipment grounding lugs to ground bar. Size

conductor based on length; see drawings for sizing requirements.

H. Provide a green insulated grounding conductor from rack to ground bar.

I. Grounding of security cables and peripheral equipment shall be installed per manufacturer's direction

to eliminate noise induction and achieve optimum system performance.

J. The Trade Contractor shall provide power line surge and noise suppressor/filters for all equipment

proposed. These devices shall buffer all video, control, and paging systems.


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3.2 SYSTEM INITIALIZING AND PROGRAMMING

A. The power system shall be turned on and adjustment made to meet requirements of the specification

and on-site conditions prior to powering any security systems.

B. Verify the output voltage of each power source outlet is within NEC guidelines for variation in

voltage.

C. All UPS units shall be fully charged prior to powering any security systems.

3.3 GROUNDING

A. All equipment shall be grounded in accordance with the NEC, these specifications, and the

equipment supplier's recommendations. Discrepancies shall be brought to the attention of the

Architect Engineer for resolution prior to execution of the work.

B. Power ground system and security electronics ground system shall remain physically separated

throughout the facility and terminated at a single point on ground buss bar in the main electrical

equipment room.

C. Each equipment cabinet shall be bonded and grouped cabinets shall be bonded together and

connected at a single point on ground buss bar.

3.4 LABELING

A. Provide an identifier for each Grounding Bus bar that incorporates the identifier of the space the bus

bar serves.

B. Label both ends of all grounding conductors with both bus bars connected.

3.5 SURGE PROTECTION

A. All security metallic data and video lines entering or leaving a building shall be protected with surge

protection devices. This specification also applies to field devices mounted on the exterior of the

building.

B. Grounding of protective devices shall be in accordance with the manufacturer's recommendations

and/or as described in these specifications and drawings.

C. All signal line protective devices shall be located at the terminal point nearest the cable interface

with the exterior cable plant. Devices shall be mounted to the back panel of the cabinet. Provide

separate enclosure for all surge protection devices mounted in equipment cabinets.


Richmond, Virginia





3.6 SYSTEM TEST PROCEDURES

A. The System shall be completely tested to assure that all components are hooked up and in working

order. Inspect system for defects. Correct all causes of such defects. If the cause is outside of the

scope of the 28 series scope of work, promptly notify the Architect Engineer in writing, indicating

the cause of the defect and suggested corrective procedures.

B. Provide written documentation showing all test results.

C. The System shall be final tested in the presence of the Engineer.

3.7 OWNER INSTRUCTION

A. Instruct Owner on replacement of all user serviceable components including surge protectors, UPS

units, breakers, and fuses.


Richmond Juvrnile Dtention Center

Richmond, Virginia


100% Contruction Documents – October 1, 2019

TAMPER-PROOF FASTENERS 280530 -1


SECTION 280530 – TAMPER-PROOF FASTENERS

PART 1 GENERAL


A. Furnish all materials and labor necessary to complete the installation of specific systems

described herein and integration of all systems as indicated, specified herein or both. The work

includes the following, as well as work not listed below but described elsewhere:

1. Removable tamper proof metal fasteners.

2. Tools for removal and installation.

B. Provide security (pinhead) Torx® type fasteners for all devices with exposed hardware. Pinhead

Allen, spanner screw, etc. are not acceptable.

C. Retrofit all exposed hardware of equipment provided with security hardware per these

specifications. Products manufactured with exposed spanner or pinhead Allen hardware are

required to have the manufacturers hardware removed and replaced with like type and size using

the pinhead Torx® drive.

PART 2 PRODUCTS

2.1 DEFINITIONS

A. Exposed areas: All areas within the building except Control rooms and Equipment Rooms.

B. Secured areas:

1. Within equipment rooms and within control rooms.

2. Areas above security ceilings, behind access panels, and with-in pipe and duct chases.

C. Tamper proof fasteners: Engineer approved, corrosion resistant, hardened, high strength, plated

or stainless steel metal fasteners of size and type best suited for intended application. Removable

types will have head design that requires special tool of controlled availability for installation and

removal. Pinhead Allen, spanner screw, etc. are not acceptable.

2.2 MANUFACTURED UNITS

A. Removable Fasteners

1. Pinned TORX head socket fasteners.

2. Spanner head screws: not permitted.

Richmond Juvrnile Dtention Center

Richmond, Virginia


100% Contruction Documents – October 1, 2019

TAMPER-PROOF FASTENERS 280530 -2


3. Pinned Allen screws: not permitted.

B. Accessories

1. Provide (4) complete sets of manual drive tools required for each type and size of fastener

used.

PART 3 EXECUTION

3.1 INSTALLATION

A. Refer to individual specification sections for additional installation requirements

B. Coordinate tamper proof fasteners material, finish, size, type, and thread requirements with other

specification sections.



Richmond, Virginia


100% Construction Documents– October 1, 2019

CABINETS AND ENCLOSURES FOR ELECTRONIC SECURITY 281116 - 1


SECTION 281116 - CABINETS AND ENCLOSURES FOR ELECTRONIC SECURITY

PART 1 GENERAL


A. Furnish and install all equipment, materials and labor necessary to complete the installation of

specific systems described herein and integration of all systems as indicated, specified herein or both.


1. Cabinets.

2. Non-standard manufacturer furnished enclosures and back boxes.

PART 2 PRODUCT

2.1 GENERAL




00 and Division 01.


2.2 FREE STANDING ELECTRONIC EQUIPMENT RACKS

A. Specifications

1. Four post rack.

2. Provide rack for mounting standard 19-inch rack width equipment.

3. 84” height

4. Provide 6” x 6” vertical finger ducts on both sides for full height of the rack frame.

5. Bottom of rack with holes

6. 11-gauge, 10-32 threaded equipment mounting

7. Black painted finish

8. TIA/EIA compliant (310-D)


Richmond, Virginia






1. Amp-Netconnect. 600WXD

2. Chatsworth Products

3. Middle Atlantic

4. Hubbell

5. Panduit

2.3 WALL MOUNT SECURITY EQUIPMENT CABINET – DOOR RELAY PANEL

A. Specifications

1. 14 gauge steel

2. Seam continuously welded and ground smooth

3. External wall mounting brackets

4. Formed external return flanges around all sides of enclosure opening

5. Screw down door clamps

6. Removable heavy gauge continuous hinge pin

7. Hasp and staple for padlocking

8. Data pocket is high impact thermoplastic

9. Collar studs provided for mounting optional panels

10. Bonding provision on door

11. ANSI 61 gray finish


1. Hoffman Pentair A603608LP

2. Lowell

3. Approved Equal

2.4 FREE STANDING ELECTRONIC EQUIPMENT CABINETS

A. Specifications

1. Provide freestanding equipment cabinets to house 19” rack mountable equipment in the

equipment rooms. Each cabinet shall have a rectangular frame with removable top panel, side

panels and doors. Installed cabinets shall include thermal, power, and cable management

accessories that control airflow through the cabinet and keep signal and power cables separate

and organized

2. The cabinet frame shall be rectangular with four corner posts, manufactured from steel with

welded frame construction. The sides of the frame shall be punched at the top and bottom

with a hole pattern to allow attachment of equipment mounting rails and thermal, cable and

power management accessories. The cabinet frame shall support 2000 lbs of equipment.

3. The cabinet shall be 27.6” wide by 36.3”deep by 88.8” high when doors, top panel and side

panels are installed. Leveler feet will add approximately 1” to the height of the frame/cabinet.


Richmond, Virginia





4. Each cabinet shall include two pairs of equipment mounting rails. Mounting rails shall bolt to

the side of the cabinet frame at the top and bottom of the frame and shall be adjustable in

depth to provide front and rear support for equipment. Equipment Mounting Rails shall be

spaced horizontally to support 19” wide EIA-310-D compliant rack-mount equipment and

shall provide up to 30.3” of rail-to-rail depth for equipment. Mounting rails shall be square-

punched according to the EIA-310-D Universal hole pattern with equipment mounting holes

on alternating 5/8” – 5/8” – 1/2“ vertical hole centers. Square-punched holes shall accept cage

nut hardware with various threads. Rack mount spaces or units (RMU) shall be 1-3/4” high

and shall be marked and numbered on the mounting rails. Numbering shall start at the bottom

of the rail. Mounting rails shall provide 48 RMU for equipment

5. The cabinet shall include a solid top panel with one 3” x 11.5” cable access port located near

the center of the frame. The cable access port shall be plastic with a brush seal to allow easy

addition and removal of cables while limiting bypass airflow.

6. The cabinet shall include two locking solid side panels with spring loaded latches for easy

installation and removal. The cabinet shall be designed to allow baying with or without side

panels installed.

7. The cabinet shall include a single front door with a perforated metal panel, hidden tamper-

resistant hinges with quick-release hinge pins and a swing handle. The door shall be

removable and reversible to open from the right or left. The door shall open to 150° when the

cabinet is bayed with other cabinets. The front door shall have a single-point slam latch with a

keyed lock.

8. The cabinet shall include a Single rear door with a perforated metal panel, hidden tamper-

resistant hinges with quick-release hinge pins and a swing handle. The door shall be

removable and reversible to open from the right or left. The door shall open to 150° when the

cabinet is bayed with other cabinets. The front door shall have a single-point slam latch with a

keyed lock.

9. The cabinet frame, top panel and side panel shall be manufactured from steel. The door

frames shall be manufactured from steel and aluminum. Door panels shall be steel. The door

handle, side panel latches, rear door hinges and top panel cable access ports shall be plastic.

The cabinet frame and front and rear door shall be welded and bolted. Cabinet components

shall assemble with hardware.

10. The mounting rails, top panel, side panels and doors shall be electrically bonded to the cabinet

frame.

11. The cabinet shall be UL Listed as an Information Technology and Communications

Equipment Cabinet, Enclosure and Rack System to standard UL 60950 under category

NWIN. UL Listing will be stated in the manufacturer’s product literature.

12. The metal components of the cabinet frame, top panel, side panels, and doors shall be painted

black with epoxy-polyester hybrid powder coat paint. The mounting rails shall be zinc-plated

and silver-colored. Plastic components shall be black.

13. The cabinet shall include (4) leveling feet, (4) clamps for securing the leveling feet to the

floor, cage nuts of size and type required to mount all equipment and a means for bonding the

cabinet to the Telecommunications Grounding Busbar.


1. Chatsworth Products, Inc. M-Series

2. APC


Richmond, Virginia





3. HP

2.5 MISCELLANEOUS EQUIPMENT RACK PANELS AND VENTS

A. Specifications

1. Blank Panels

a. 16 gauge steel.

b. Flanged top and bottom.

c. Durable textured black powder coat finish.

d. Available in 1-6 space sizes.

2. Acceptable Manufacturers

a. Middle Atlantic SB Series

b. Atlas Soundolier

c. Lowell

B. Vent Panels

1. Specifications

a. 1/16” diameter hole with 1/8” staggered centers. 23% open area.

b. 16 gauge perforated steel.

c. Flanged top and bottom.

d. Durable black powder coat finish.

e. Available in 1-4 space sizes.

2. Acceptable Manufacturers

a. Middle Atlantic VTF Series

b. Atlas Soundolier

c. Lowell

2.6 FREE STANDING EQUIPMENT CABINET COOLING FAN

A. Specifications

1. 115V 10” fan

2. Ball bearing design

3. Fan guard

4. Proportional speed control

5. Free air CFM, 500

6. Thermostatic fan control



Richmond, Virginia





1. Middle Atlantic MW-10FT-FC fan and control. Furnish one for each free standing

equipment cabinet. Provide vent blockers in accordance with manufacturers

recommendations.

2. Lowell

3. Atlas Sound

2.7 POWER DISTRIBUTION UNITS

A. Specifications

1. 120 VAC output nominal

2. Max total current draw 16 Amps

3. NEMA L5-20P single phase locking plug

4. NEMA 5-20R receptacles (quantity of 24)

5. One, 3 meter line cord

6. Vertical rack design


1. APC AP7530

2. Middle Atlantic

3. Lowell

4. CPI

2.8 NEMA RATED SECURITY EQUIPMENT ENCLOSURES

A. Specifications


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1. All equipment enclosures installed indoors shall be NEMA 12 enclosures.

2. All equipment enclosures installed outside or exposed to weather shall be NEMA 4 X

enclosures.

3. Provide double door, continuous hinge enclosures

4. Enclosures shall be constructed of 14 gauge rolled steel, minimum.

5. Enclosure doors shall be furnished with key lock-able doors with all Enclosures under

Division 28 keyed alike.

6. All enclosures shall be furnished with removable steel back panels for mounting equipment.

7. 60” x 48” and larger enclosures will be equipped with floor standing “feet”

8. Enclosures shall be grounded as specified in Section 28 05 26.

9. All enclosures shall be furnished with black-on-white laminated plastic nameplates

identifying each cabinet.

10. Enclosures finish shall be ANSI 61 gray inside and out.

11. Enclosures shall be sized in strict accordance with the NEC. Minimum size is as indicated on

the drawings.

12. Enclosure back panels shall be furnished with a grounding lug to be used to connect the

cabinet to the signal grounding system specified in section 28 05 26.

13. Enclosures shall be furnished with cross-ventilated, forced-air cooling to maintain the

optimum temperature performance range of the equipment.


1. Hoffman.

2. Wiegmann

3. Hammond Manufacturing

4. Saginaw Control and Engineering

PART 3 EXECUTION

3.1 INSTALLATION

A. The System shall be installed by qualified personnel in strict compliance with manufacturer’s

instructions.

B. All equipment cabinets are to be assembled and tested in the SEC’s facility prior to on-site

installation. With the exception of field wiring, all interconnecting cables should be terminated and

installed. All power distribution shall be completed.

C. Wiring shall be color coded, uniform and in accordance with national electric codes and


D. Equipment shall be firmly secured, plumb and level.

E. Cabinets shall be installed with the minimum NEC clearance of three feet in the front and three feet

in the rear of the cabinet.

F. All cable shall be tagged and identified.


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G. All power cables lengths are to be kept to a minimum and plugged into the nearest power outlet.

Additional cable length shall be bundled and tied together using nylon cable ties.

H. Maintain separation between 120VAC power cables and all signal level cables. When necessary,

cross 120vac power cables perpendicular to all other cable types.

I. Coordinate all work with General Contractor-Advisor and other trades contractors.

J. Grounding of audio cables and peripheral equipment shall be installed per manufacturer's direction

to eliminate noise induction and achieve optimum system performance.

K. All entrance and exit conduit shall utilize grounding bushings to terminate the conduit to the

equipment enclosure. Route a green insulated ground conductor to the TMGB/TGB. See drawings

for conductor sizing based on length.

L. Blank panels and vent panels shall be used to fill all unused rack space.

M. Every equipment rack shall be equipped with a ventilation fan and adequate venting. The fan shall

be installed to bring air in from the bottom of the rack, drawing the cool air up and exiting out the

top.

N. Provide security covers for all rack mounted electronic components that do not require user interface.

O. The SEC is responsible for 120VAC power distribution within the equipment racks.

P. Upon completion of the work, remove excess debris, materials, equipment, apparatus, tools etc. and

leave the premises clean, neat and orderly.


A. Verify that all doors open and close without obstruction.

B. Verify that cabinet fans are capable of circulating cool air throughout the equipment rack.

C. Verify that all door locks function properly. Owner requires four (4) sets of keys.

D. Provide written documentation showing all test results.

E. The system shall be final tested in the presence of the Engineer.



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VIDEO SURVEILLANCE FOR ELECTRONIC SECURITY 282313-1


SECTION 282313 – VIDEO SURVEILLANCE FOR ELECTRONIC SECURITY

PART 1 - GENERAL


A. Visual surveillance of the facility via closed circuit television cameras as indicated on the plans.

B. Video monitoring of all cameras on desktop and wall mount monitors at locations identified on the

plans.

C. Video monitoring of all cameras at work stations as shown on the plans.

D. Review capabilities for the digitally recorded images via the facility LAN on Owner/User furnished

workstations.

E. Stored image transfer capabilities to allow archival functions and stored image transfer via

removable media such as CD/DVD, USB.

F. System is comprised of POE IP high resolution fixed color cameras and POE+ multi-image fixed

high resolution. Refer to plans and CCTV schedule for quantity and location of cameras. POE+

switches are required and to be contractor provided. Cat 6 cable shall not exceed channel lengths of

328’ between camera and switch.

G. Fixed cameras will utilize Category 6 cable to transport video signal to the recording system.

H. Remote viewing software is required. Provide and install software for up to (3) remote viewing

stations as indicated on the plans.

I. Video surveillance system will integrate with PLC Control system allowing for automatic camera

call up based on alarm activation. When an alarm is activated, the nearest camera will fill the

designated call up monitor.

J. All IP cameras, recording devices, viewing stations, and controllers will reside on the dedicated

Security System LAN.

K. Provide all software and licensing as required.

L. Camera system to offer masking capability. Typical masking to include toilet/shower areas in

detention areas, as well as other areas requested by Owner/User during final system testing.

M. Camera system interfaces with PLC/GUI touchscreen system.

1. When call in button on an intercom station is pushed, the intercom system initiates call up of

the camera nearest the intercom station. Image is then displayed on the video surveillance

monitor designated for call up.

2. When a duress pushbutton or door position switch is activated, the access control system

initiates call up of the camera nearest the duress or door. Image is then displayed on the video

surveillance monitor designated for call up.


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N. Requirements for video storage shall be determined by the following factors:

1. 30 days of video retention for all cameras

2. 10 fps

3. Motion only activation recording

4. 40% motion factor

5. H.264 compression

O. All video must reside on the Storage Area Network.

P. Provide 25% spare capacity for future expansion.

Q. Contractor is responsible for sizing CCTV storage device based on storage requirements listed,

final camera configuration, and storage device.

PART 2 - PRODUCTS

2.1 GENERAL




01.


2.2 INTERIOR FIXED VIDEO SURVEILLANCE CAMERA (3-9 MM, 2MP)

A. Specifications

1. Image Sensor: 1/3” progressive scan RBG CMOS

2. Lens: 3-10 mm

3. Light Sensitivity: .15 lux F1.3

4. Shutter Time: 1/66500 to 1 s

5. Camera Angle Adjustment: Pan 180 deg, tilt 100 deg, rotation

+/- 90 deg

6. Video Compression: H.264 baseline profile

7. Resolution: 1920x1080

8. Frame Rate: 25/30 fps

9. Video Streaming: Multiple, individually configurable

streams in H.264 and Motion JPEG

10. Network: Password protection, IP address

filtering, HTTPS encryption, IEEE

802.1Xb network access control,

digest authentication, User access

log.


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11. Audio: Two-way. AAC LC 8/16 kHz, G.711

PCM 8 kHz, G.726 ADPCM 8 kHz

configurable bitrate. External

microphone input or line input, line

output. Built in Microphone.

12. Supported Protocols: IPv4/v6, HTTP, HTTPSb,

SSL/TLSb, QoS Layer 3 Diffserv,

FTP, CIFS/SMB, SMTP, Bonjour,

UPnP, SNMPv1/v2c/v3 (MIB-II),

DNS, SynDNS, NTP, RTSP, RTP,

TCP, UDP, IGMP, RTCP, ICMP,

DHCP, ARP, SOCKS

13. Intelligent Video: Video Motion Detection, Active t

ampering alarm, AXIS Camera

Application Platform, enabling

installation of additional

applications.

14. Event Triggers: Intelligent video, edge

storage events, external input

15. Event Actions: File upload, notification, external

output activation, video recording to

edge storage, pre and post alarm

video buffering

16. Casing: IK10 impact resistant aluminum

casing with transparent,

polycarbonate cover and

dehumidifying membrane.

17. Power: PoE IEEE 802.3af/802.3at Type 1

Class 2


1. Axis P3375-V Camera

2. Bosch

3. Hanwah

2.3 180 DEGREE CAMERA (3-10.5 MM, 5 MP)

A. Specifications

1. Image Sensor: 4 x ½.9” progressive scan RBG

CMOS


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2. Lens: 3.2 mm

3. Light Sensitivity: .157lux F2.0

4. Shutter Time: 1/33500 s to 1 s

5. Camera Angle Adjustment: Pan +/-180 deg, tilt 35, 45, 55 deg,

rotation +/- 10 deg










log.







DHCP, ARP, SOCKS

12. Intelligent Video: Video Motion Detection, Active

tampering alarm, AXIS Camera


installation of additional applications.

Analytics included

13. Event Triggers: Intelligent video, edge storage events,

external input



edge storage, pre and post alarm video

buffering

15. Casing: IK10 impact resistant casing with

transparent, polycarbonate cover and



Class 3


1. Axis P3807-PVE

2. Bosch


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3. Hanwah

C.

2.4 360 DEGREE CAMERA (1.8 MM, 6 MP)

A. Specifications


2. Lens: 1.6 mm



5. Camera Angle Adjustment: Rotation 180 deg


7. Resolution: 2048x2048 to 160x160








log.







DHCP, ARP, SOCKS





Analytics included


external input




video buffering

15. Casing: IK10 impact resistant polycarbonate




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Class 3


1. Axis M3057-PLVE

2. Bosch

3. Hanwah

2.5 OUTDOOR FIXED CAMERA (4.3 – 8.6 MM, 5 MP)

A. Specifications


2. Lens: 4.3 – 8.6 mm



5. Camera Angle Adjustment: Pan 360 deg, tilt 80 deg, rotation 175

deg










log.

11. Audio: External microphone input or line

input, line output.







DHCP, ARP, SOCKS







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external input




video buffering

16. Casing: IK10 impact resistant aluminum





Class 3


1. Axis Q3517-LV

2. Bosch

3. Hanwah

2.6 SMALL OUTDOOR INETRCOM/CAMERA

A. Specifications

1. Image Sensor: ½.8” progressive scan RBG CMOS

2. Lens: 2.8 mm

3. Wide Dynamic Range


5. Camera Angle Adjustment: Horizontal 110 deg, Vert. 61 deg,










log.


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DHCP, ARP, SOCKS


1. Axis F4005-E

2. Bosch

3. Hanwah

2.7 32” DESKTOP VIDEO MONITOR

A. Specifications

1. Screen Size: 32” class

2. 4K compliant

3. Aspect Ratio: 16:9

4. Native Resolution: UHD (3840x2160)

5. Display Type: LED

6. Brightness: 350 CD/m2

7. Refresh Rate: 60 Hz min

8. Response Time: 8 ms

9. Viewing Angle: 178 degrees hor/ver

10. Dynamic Contrast Ratio: 5,000:1

11. Pixel Pitch: .2451 x .2451

12. Inputs: Displayport, USB, and (4) HDMI


1. LG 32UD59-B display for use with CCTV viewing station.

2. Sony

3. Panasonic

2.8 CEILING / WALL MOUNT Flat Panel Display

A. Specifications


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1. Screen Size: 49” class

2. 4K compliant

3. Aspect Ratio: 16:9

4. Native Resolution: UHD (3840x2160)

5. Display Type: Direct LED

6. Brightness: 400 CD/m2

7. Refresh Rate: 120 Hz min

8. Response Time: 8 ms

9. Viewing Angle: 178 degrees hor/ver

10. Dynamic Contrast Ratio: 5000:1

11. Pixel Pitch: .2451 x .2451

12. Inputs: Displayport, USB, and (4) HDMI


1. LG 49UM7300PUA display.

2. Sony

3. Panasonic

2.9 MONITOR WALL MOUNT

A. Specifications

1. Lateral Shift: 12”

2. Maximum Extension: 24.88”

3. Minimum Depth: 3.38”

4. Mounting Pattern: 200x200mm – 862x517mm

5. Tilt: +5, -15 degrees

6. Weight Capacity: 100 lbs


1. Chief Manufacturing. MPWUB Provide all necessary hardware.

2. Peerless

3. Approved equal

2.10 VIDEO MANAGEMENT SYSTEM SERVER

A. Specifications

1. Operating System: Windows Server 2016

2. Processor: Intel Xeon E5-2600

3. Storage: HDD: SAS, SATA, near line SAS

SSD: SAS, SATA

16 x 2.5’ – up to 29TB via 1.8TB hot plug

SAS hard drives

4. Rack mountable, client, server,.


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5. Capable of 4K resolution recording at 15 frames per second.

6. The PoE output shall meet Class 3 PoE standards on each port.

7. Shall contain integrated storage.

8. Shall be embedded with Windows 10 operating system.

9. Include keyboard, mouse, & mounting brackets.

10. The Integrated VMS software to include full licensing of all CCTV cameras.

11. Ram: 16 GB

12. Power Supplies: 750W

13. Network Ports: (2) 1 GbE

14. The Integrated VMS shall be full featured with client software applications intended for

a. Live video monitoring.

b. Real-time alarm monitoring and display

c. Alarm display prioritization

d. System management

e. Instantaneous retrieval of archived video

f. Evidence production on AVI files that can be viewed on any PC

g. Export of tamper evident video on recordable CD’s or DVD’s.


1. Dell PowerEdge R730.

2. Approved Equal

2.11 VIDEO MANAGEMENT SYSTEM

A. Specifications

1. Enterprise-Class Client/Server based video management system.

2. Operating System: Windows 10 (Owner requires latest version)

3. The NVMS shall provide the capability to configure and manage alarms and events.

a) Individual alarms from a third party system (access control, etc.) can be pre-selected

and configured to be monitored.

b) Can define alarm events and triggers.

c) Can configure resulting video operations.

d) Detect if the video or audio signal is lost. And alert the system administrator.

e) Support receiving SNMP messages from servers and alert users.

f) Alarm and event notifications can be customized and forwarded to:

1) Users logged into the client application

2) Users logged into the mobile application

3) Configured email addresses

4) External entities and third party software, such as central monitoring stations

and call centers

g) Can escalate alarms from one user or group to another if the alarm is

unacknowledged for a preset duration.

h) Email notifications can be configured to:


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1) Notify users and system administrators when an event or system health error

occurs

2) Schedule when email notifications are sent

3) Include camera images in email notifications

i) Support receiving digital input triggers and triggering digital outputs from:

1) An input/output board

2) Supported IP camera or encoder

3) Integrated system

4. The NVMS shall provide the ability to send central monitoring stations heartbeat

messages, or regular notification to confirm the system connection and that there are no

events of note.

5. The NVMS shall maintain an event log and allow users to use the log events as triggers

for specific event actions. Logged events include:

a) Server Events b) Device Events c) User Events d) Alarm Events

6. The NVMS shall have the ability to assign actions in response to specific event triggers.

Response actions include:

a) User Notification Actions

b) Monitoring Actions

c) Device Actions

d) PTZ Actions

e) Alarm Actions

7. The NVMS shall support conditional event triggers based on the selected digital input

status.

8. The NVMS shall monitor events and alarms based on a user configurable schedule.

9. The NVMS shall provide a maintenance log and audit trail of all system errors and events.

10. The NVMS shall support software level integration with third party applications using the

NVMS SDK, The SDK shall provide the following features to the third party software:

a) Connection

b) Video Streaming

c) Video overlays

d) PTZ Control

e) Audio-Streaming

f) Alarm Management

g) Event Management

h) Bookmark Management

i) Digital Output

j) Backup/export


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11. The NVMS shall provide a process for upgrading versions:

a) Upgrades shall be launched from the client interface.

b) All connected servers and clients shall receive a distribution of the new version

upgrade.

12. The NVMS shall run as a service configured to automatically start when the server or

workstation is powered on.

13. The NVMS shall allow users to monitor and administer the system from:

a) A single client application for monitoring live and recorded video and audio.

b) A single window for administering all system connections.

c) A single tab for monitoring overall system health and connected sites in parent-

child relationships.

d) Any client with access to a local or distributed network.

14. The NVMS shall provide multiple levels of system redundancy.

15. The NVMS shall provide the capability to rename all sites, servers, and video and audio

sources.

16. The NVMS shall support the following video and audio recording programs:

a) The ability to manually trigger recording.

b) Provide a pre-event and post-event recording option.

c) Provide a reference frame recording option in the absence of events.

d) Create a recording schedule than can be defined individually for each video source.

17. The NVMS shall provide configurable classified object detection for each device with

self-learning video analytics capabilities.

a) Allow users to connect individual video sources to analytics appliance channels.

b) Allow users to configure events based on classified object motion detection.

c) Allow configured video analytics events to be used as alarm and rule triggers.

d) Allow users to mark classified objects as a true or false detection.

18. The NVMS shall support the following video analytic event types when captured by

supported cameras.

a) Objects in area.

b) Object loitering.

c) Object crossing defined line.

d) Object appears or enters area.

e) Object not present in area.

f) Object enter area.

g) Object leave area.

h) Object stops in area.

i) Anticipated direction of travel is violated.

j) Scene dramatically changes in an unexpected fashion.


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19. The NVMS shall authenticate users before granting access to the system.

20. The NVMS shall provide access rights that can be tailored to each user or groups of users.

Access rights include:

a) View live images.

b) View recorded images.

c) Manage saved images.

d) Manage maps

e) Manage web pages.

f) Manage virtual matrix monitors.

g) Initiate collaboration sessions.

h) Manage user sessions.

i) Listen to microphones.

j) Setup cameras.

k) Setup sites

l) Setup servers

21. The NVMS shall provide the ability to rank access rights based on a user’s position within

a configured.

22. The NVMS shall allow the creation of Site families.

23. The NVMS shall support multiple credentials to gain access to the system including, but

not limited to:

a) The ability to import members of Active Directory groups as users in the NVMS.

b) Using Windows credentials to authenticate users.

c) Accept user credentials entered into the NVMS user database.

22. The NVMS shall provide the ability to schedule archive of recorded video with associated

events to a local folder or mapped network drive.

23. The NVMS shall provide the ability to backup settings and configuration for each server

including:

a) All site settings such as user/groups, maps and web pages.

b) All server settings including device connections.

c) Ability to encrypt the backup to maintain security of information.

24. The NVMS shall be able to restore backed-up settings and configurations to a new or

replacement server in a Site.

25. The NVMS shall provide the ability to enable and configure PTZ control on the RS-485

interface of a video source.

26. The NVMS shall provide the ability to change the following image quality and image rate

parameters for each individual video source.

27. The NVMS shall provide the ability to change supported video options at the client or

video source.

28. The NVMS shall provide the ability to change the input, output, gain and volume for an

audio source.

29. The NVMS shall support the use of uni-directional and bi-directional audio.

30. The NVMS shall provide the ability to link any audio source to any video source.


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31. The NVMS shall provide the ability to manage and personalize user access.

32. The NVMS shall support the ability to bias the displayed video to a lower frame rate or

lower image resolution if there is sufficient network bandwidth or processing power.

33. The NVMS shall provide the ability to control the client application using the following

types of peripherals.

a) A USB keyboard and/or mouse.

b) A USB joystick.

c) A PTZ controller keyboard.

34. The NVMS shall support the ability to share the application window display in a joint

session with other users for collaborative investigations.

35. The NVMS shall provide a system tree of video sources, maps, saved views and web

pages in the video monitoring tab.

36. The NVMS shall support an unlimited number of monitors used for monitoring video and

audio streams connected to a single workstation.

37. The NVMS shall provide a Virtual Matrix application module.

38. The NVMS shall provide the option to display overlays on top of video images.

39. The NVMS shall support alarm management operations through the video monitoring

interface.

40. The NVMS shall support the ability to manually trigger digital output.

41. The NVMS shall support the ability to create a map that represents the physical location of

cameras and other devices throughout the surveillance system.

42. The NVMS shall support playback of recorded audio and video.

43. The NVMS shall support the following methods for navigating recorded video:

a) Timeline shall list all displayed video sources.

b) Timeline shall highlight motion and events in the recorded video.

c) The NVMS shall support a timeline than can display down to quarter second

increments.

d) The NVMS shall support a timeline that can synchronize video displayed on

multiple tabs to the same point in time.

44. The NVMS shall support recorded video search.

a) Time

b) Date

c) Video Source

d) Alarm

e) Event type

f) Visual search based on pre-defined image area, or image thumbnail.

g) Pixel motion or user defined areas.

h) Classified object motion detection on supported video analytics sources.

i) Bookmarks.

45. The NVMS shall support the ability to export media and provide the following options:

a) Export recorded video in the following formats:


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1) Native (AVE)

2) JPEG

3) PNG

4) TIFF

5) AVI

6) Print

b) Export recorded audio in the following formats:

1) WAV

2) Native (AVE)

3) AVI

46. The NVMS shall have the ability of retaining all stored video for 30 calendar days.


1. Exacq Vision

2. Approved Equal

2.12 VIDEO MANAGEMENT SYSTEM WORKSTATION

A. Specifications

1. Operating System: Windows 10

2. Processor: Intel Xeon Processor E-2226G

3. Memory: 64 GB RAM

4. Storage 2 x 2.5” SATA SSD (2TB)

5. Graphics NVIDIA Quadro P1000 4 GB

6. Network Interface: 2 Gigabit Ethernet RJ-45 port (1000Base-T)

7. Video Outputs: 2 active (1 DisplayPort and 1 DVI)

8. Optical Drive: 1 DVD-RW

9. Power Input: 100 to 240 VAC, 50/60 Hz, auto-switching

10. Power Supply: Single non-redundant

11. Power Consumption: 260 W

12. Supplied Accessories: USB Keyboard, USB mouse, power cord, 1

DisplayPort to DVI adapter, (1) DVI to VGA

adapter


1. Lenovo P330 SFF

2. Dell

3. HP

4. Approved Equal

2.13 VIDEO STORAGE AREA NETWORK

A. Specifications


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1. Storage Controllers: Dual controllers with 16GB non-volatile memory

per controller with up to 512GB non-volatile

memory in a group of 16 arrays

2. Drive Types: 24 hot-pluggable 2.5” SSD’s

3. Network Interface: 10GbE connectivity; management network: 1 x

100BASE-TX per controller: interface ports: 2 x

10GBASE-T with RJ-45 or 2 x 10GbE SFP+ for

fiber or twin-ax copper cabling

4. Drive Capacities: 1.2TB SAS

5. System Capacities: Up to 38.4TB (up to 614.4TB with 16 arrays)

6. Host protocol: Any standards compliant iSCSI initiator

7. Operating system: Microsoft Windows Server

8. RAID: RAID 6

9. TCP network support: IPv4, IPv6 compliant. USGv6 certified

10. Reliability: Redundant hot-swappable controllers, hot-

swappable disk drives and power supplies

11. Form Factor: 2U

12. Power: dual 700W


1. Dell EqualLogic PS6210. Provide a quantity of digital storage arrays to support the number of

cameras shown on the plans, as well as the recording parameters outlined in this section.

2. HP

3. Approved Equal

2.14 SECURITY NETWORK CORE SWITCH

A. Specifications

1. (24) Ethernet 10/100/1000 ports

2. Forwarding Rate: 65.5 Mpps

3. Switching Fabric 160 Gbps

4. Flash Memory: 64 MB

5. DRAM: 256 MB

6. MAC addresses: Up to 16,000

7. IGMP groups/Multicast routes: Up to 1000

8. Configurable MTU: 9216 Bytes with jumbo frames

9. 1000BaseT ports: RJ-45 connectors

10. Input power: 100 – 240 VAC, 50-60 Hz

11. Indicators:

a) Port link integrity

b) Port disabled

c) Port Activity

d) Port speed

e) Port full duplex


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f) System status

g) System RPS

h) System link status

i) System link duplex

j) System PoE

k) System link speed

12. Operating Temp: 23° – 113° deg F

13. Operating relative humidity: 10 – 85% non-condensing

14. MTBF: 233,370 hours

15. Measured Power consumption:

16. Certifications: UL listed, FCC part 15 Class A

17. POE+: IEEE 802.3at


1. Cisco WS-3750X-24S-S series PoE+ switch

2. HP

3. Extreme

2.15 DESKTOP SPEAKERS

A. Specifications

1. Integrated audio amplifier

2. Active speaker

3. Volume control

4. Wired

5. 3.5 mm line in

6. Power adapter


1. Dell Companion 2 Series III multimedia speaker system

2. JBL

2.16 POD TOUCHSCREEN TABLE MOUNT

A. Specifications

1. Universal TV Wall/Flat surface mount.

2. Swivel Tilt 180 Degrees

3. Full Motion TV/PC Monitor Bracket

4. Fits 14-24 inch Flat screens



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1. 9SIABKSGR0525 – New Egg

2. Approved Equal

2.17 HDMI TRANSMITTER/RECEIVER

A. Specifications

1. Video Input: (1) single link HDMI

2. Input Connector: (1) HDMI female

3. Interconnection: (2) RJ-45 over Category 6A

4. Termination Standard: TIA/EIA T568A or T568B

5. Signal Transmission Distance: HDTV (1080p) 100’ Cat6A

6. Video Output: (1) single link HDMI

7. Output Connector: (1) HDMI female

8. Audio Gain: Balanced output, +6dB

9. Frequency Response: 20 Hz to 20 k Hz

10. THD+Noise: .18% @ 1 kHz

11. S/N: >76 dB at max output

12. Stereo Channel Separation: >63 dB @ 1kHz


1. Kramer PT-576 Transmitter. Kramer TP-572 Receiver.

2. Extron

3. Atlona

4. Provide rack mount hardware and power supply

5. Approved Equal

2.18 RACKMOUNT KVM

A. Specifications

1. Display Area: 337.92 H x 270.34 V

2. Contrast Ratio: 1000:1

3. Viewing Angle: 160 deg x 160 deg

4. Resolution: 1280 x 1024

5. Brightness: 250 cd/m2

6. Panel Color: 16.7 million

7. Backlight: 4 CCFTs

8. Built in keyboard, touchpad

9. Combo cable for USB or PS2

10. VGA and HDMI input


1. KVMSwitchTech RKD-KVM-17-HDMI rack mount monitor keyboard drawer

2. Approved Equal


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2.19 KVM SWITCHER

A. Specifications

1. Format: HDMI 1.3b

2. HDCP Compliance: 1.0/2.0

3. Resolution: 480i to 1080p

4. Input Interface: 4 HDMI

5. Output Interface: 1 HDMI

6. USB: USB 2.0, 1.1, 1.0

7. Input: 4 USB

8. Output: 1 USB


1. KVMSwitchTech HKM-04S SmartAVI 4 port HDMI KVM Switch

2. Approved Equal

PART 3 - COMPLETION

3.1 INSTALLATION

A. All system programming shall be done at the contractor’s facility prior to installation on site.

B. Qualified personnel shall install the System in strict compliance with manufacturer’s instructions.




E. All cable runs to the main equipment rack shall be tagged and identified.

F. Coordinate all work with other trades and Contractors.

G. Grounding of cables and peripheral equipment shall be installed per manufacturer's direction to

eliminate noise induction and achieve optimum system performance.

H. Install and configure Security local area network as required for control and communication

between system devices. When required, provide necessary coordination, termination, and

programming associated with integrating Security local area network with facility network.

I. Equipment cabinets shall be assembled in the Contractor’s shop prior to delivery to the job site.

J. Cameras shall be aimed and focused.


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K. Cameras

1. Cameras shall be securely mounted to structure in compliance with details outlined in the

bidding documents as well as requirements of the manufacturer.

2. Cameras shall be aimed to optimize intended viewing area.

3. Cameras shall be focused.

4. Iris shall be adjusted to maximize image quality.

5. Manual zoom shall be adjusted.

6. Clean camera, lens, and housing of dust, debris, and any loose materials.

7. Cable shall be dressed to avoid kinks or excessive bends. Secure cable in back box.

8. Necessary trim plates shall be included to mask back box/openings.

L. Viewing Workstation/Software

1. Cameras shall be given a unique name corresponding to room/area covered. All naming

shall be reviewed and approved by the owner/user prior to final programming.

2. Define viewing/programming permissions with owner/user. Establish all necessary log-

ins required for authorized users.

3. Define and program viewing configurations for each viewing workstation including

intended camera images, matrix layout, etc.

4. Define and program camera specific characteristics including record frame rate, record on

motion parameters, blocking, video analytics, etc.

5. Configure remote viewing on owner furnished mobile devices.

6. Define and program camera blocking preventing viewing of sensitive data by blocking live

and recorded cameras based on permission levels.

7. Program camera image call up and increased record frame rate based on alarm activation.

Provide necessary programming and integration between video surveillance system and

access control or alarm system.

8. Integrate video surveillance LAN with facility LAN for remote viewing.

3.2 SOFTWARE SUPPORT

A. Refer to Section 284620 for software support and programming requirements.

3.3 SYSTEM OPERATIONAL SUPPORT

A. As part of the shop drawing submittal, the Contractor is required to submit a written report

outlining the project specific functions and operational procedures of the video surveillance

system. The report shall be provided to the owner/user for their review and comment. This

report will include the following-

1. The Contractor shall present proposed operational procedures for every function specified

in Contract Documents or recognized as industry standard or convention for a visual

surveillance system. All operational procedure possibilities will be presented to the

Owner/User & Architect by the Contractor.

2. The Contractor shall address integration of the components and subsystems making up the

system when presenting the proposed operational procedures.


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3. As a minimum the report shall contain the following:

a) A procedural description of each and every control function.

b) A procedural description of all administrative functions available to supervisory and

maintenance personnel (e.g. log in storage requirements, record on motion,

masking, etc.).

c) A preliminary technical description of how each function will be accomplished.

d) Schedules of integrated actions (e.g. Record activated by duress alarms, camera

call-up, etc.).

4. Contractor shall review report with owner/user and based on received input define the

final programming requirements of the system.


A. Prior to programming of the system, the Contractor shall request, in writing, scheduling of

a system programming coordination meeting. This meeting is to take place prior to

product procurement, after submittals have been approved. A proposed agenda shall be

included with the request.

B. Using the above mentioned report as a guideline, the purpose of the coordination meeting

is to define the project specific functions and operational procedures of the video

surveillance system with the Owner/User and Architect.

C. The Contractor shall present proposed operational procedures for every function specified

in Contract Documents or recognized as industry standard or convention. The Contractor

will present all operational procedure possibilities to the Owner/User & Architect.

D. The Contractor shall address integration of the components and subsystems making up the

video surveillance system when presenting the proposed operational procedures.

E. The contractor shall refrain from any programming of the video surveillance system until

after the Architect has reviewed and approved the programming report.

F. The Owner/User and Architect reserve the right to change programming of the video

surveillance system after installation and prior to final acceptance.

3.5 FINAL ADJUSMENTS

A. Calibrate video surveillance equipment and verify operation before the system is placed

on-line. Provide written calibration values for each camera utilizing an IP camera

tester such as the CCDCAM ET-2623T or equivalent. Before obtaining permission

from the Owner/User to schedule the acceptance test, provide written certification to the

Architect that the complete system has been calibrated, tested and is ready to begin the 14

day burn-in period and acceptance testing.

B. Acceptance tests


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1. Conduct final acceptance test after a period of not less than 14 consecutive normal

working days of trouble free operation, on the complete and operational video surveillance

systems to demonstrate that it is functioning in accordance with all requirements of this

specification. During this burn-in period, the video surveillance system shall operate

continuously for 24 hours per day. Demonstrate the correct operation of all monitored and

controlled points as well as the operation and capabilities of all sequences during the

acceptance test.

2. Should retesting be deemed necessary by the Architect due to malfunction or inappropriate

construction methods, the Contractor shall be fully responsible for additional cost incurred

for retesting, including the Architect and Contractor’s time.

3. Final system acceptance shall be based upon the completion of the following items:

a) Completion of the installation of all hardware items. Complete operation of the

system, with no failures during the entire acceptance test period.

b) Satisfactory completion of the as-builts, operating, and maintenance manuals.

c) Satisfactory completion of all training programs.

d) Upon final acceptance, the warranty period shall begin.


A. The System shall be completely tested to assure that all components are hooked up and in

working order. Inspect system for defects. Correct all causes of such defects. If the cause

is outside of the scope of the Division 28 series scope of work, promptly notify the

Architect is writing, indicating the cause of the defect and suggested corrective

procedures.

B. The contractor is to verify the system is communicating with all controlled devices.

C. Test 120VAC power equipment and hardware internal to all equipment racks. Test all

conductors for shorts, opens, and polarity.

D. Verify operation of battery backup. Test by removing power from system.

E. Verify all field wiring is free of shorts and opens prior to termination of head end

electronics.

F. Provide written documentation showing all test results.

G. The System shall be final tested in the presence of the Architect. Contractor is to provide

all required testing equipment.

3.7 TRAINING

A. Contractor is responsible for providing operational and maintenance training applicable to

the entire control system. Training is to include, but not be limited to the following-

1. Review all O+M manuals with Owner/Users representatives present for training.

2. Perform a tour of the entire facility. During the tour the trainer shall point out all


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surveillance equipment and provide a brief description of its purpose and use. This is to

include but not be limited to cameras, monitors, control stations, recording devices, and

devices controlled.

3. Typical of viewing stations-

a) Demonstrate basic functionality of equipment.

b) Demonstrate devices/systems controlled by panel.

c) Review camera call up and integration with access control/alarm system

d) Review navigation of system.

e) Review control functions on keyboard.

4. Typical of recording/storage systems

a) Demonstrate basic functionality of equipment

b) Demonstrate navigation of system

c) Demonstrate archival retrieval

d) Demonstrate saving of archival retrieval to disc.



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PLC HARDWARE FOR ELECTRONIC SECURITY 284619 - 1


SECTION 284619 - PLC HARDWARE FOR ELECTRONIC SECURITY

PART 1 - GENERAL





1. Graphical User Interface (GUI) shall integrate control and monitoring of major subsystems

and devices indicated in Project Documents. The GUI shall act as an operator interface to the

major security control and monitoring subsystems. Include programming that implements

control and monitoring functions defined in project documents.

2. System shall include a complete IEEE 802.3 100/1000 BASE-T Local Area Network (LAN)

that interfaces the GUI computers and the Programmable Logic Controllers (PLC), Intercom

Control and Digital Video Recorders. This network is closed, only used by the Security

Control Systems.

3. All electronic equipment furnished and installed by the Integrator shall be protected by

transient voltage surge suppression. See Specification Section 280526.

4. Provide computer-based hardware and custom designed, application-specific, Microsoft

Windows based software that operates in conjunction with Programmable Logic Controllers

(PLC) specified below to integrate or interface to all devices and systems.

5. Provide and install graphical control and annunciation icons on graphics mode video displays

along with programming that provides the sequences of operation verified with the Owner and

Architect Engineer during the software development process described in 284620-PLC

Software for Electronic Security, Part - 3.1, Software Support.

6. The GUI computer shall contain graphics and wavetable programs only. All control logic

programs shall reside in the PLC.

7. General Requirements of PLC System

a. Provide a Programmable Logic Controller (PLC) system that is the product of a

single company, which has regularly manufactured PLC equipment for a period of

15 years.

b. Provide only components that are regularly used in industrial automation

applications.

c. Components must be in stock from a distributor within 100 miles of this facility or

be able to be shipped next day to this facility.

d. Provide only UL Listed components.

e. Provide PLC System that seamlessly integrates the Control system to the Private

Security Control System Local Area Network.

f. Provide CPU(s) with a visual status indication of backup battery.

g. Provide alarm in the event of CPU low battery voltage before battery failure and for

communication failure.

h. Provide 25% spare PLC system capacity at the completion of the project. This

includes program memory, I/O memory allocation, register memory, user memory,

etc.


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i. Provide programming software memory usage summary with as-built

documentation.

j. Provide 25% spare PLC I/O module capacity at the completion of the project.

Calculate inputs and outputs separately when figuring capacities.

k. All Components must be mounted in a metal enclosure.

l. All PLC interposing relays must be fused to protect relay and field device wiring

from over-current caused by shorts or device failure.

m. EMC filter must be installed on the power supply lines

n. PLC racks and modules shall be Din Rail mountable.

o. Din Rail must be mounted on a metallic surface that is grounded to earth using

screws with star washers every 6 inches.

p. All Safety and Reference grounds for PLC equipment shall be in compliance with

IEEE 1100.

q. Expansion and Remote Cables must be 100% shielded. A 100% shield means that

the braided cable shield is connected to the metal shell of the connector.

r. Termination Labeling

1) Each wire shall be labeled with an industry standard thermal transfer wire

marker. See Spec 2805013 Conductors and Cabling for Electronic Security.

Section 3.2 Labeling.

2) I/O wire number should reference wiring diagram and Software I/O list.

3) Felt tip pen labels are unacceptable.

4) Power wiring should reference wiring diagram.

5) Communication cables should reference wiring diagram and node ID.

s. The control architecture shall use distributed control over Ethernet. Each controller

will share selected memory with all other controllers via broadcast messages over

Ethernet.

t. All Ethernet communication shall be configured using producer/consumer

exchanges without requiring PLC logic to drive the communications.

u. All Remote I/O shall be connected over Ethernet.

v. Remote I/O shall use the exact same module types and same I/O module part

numbers as those that are used at the PLC’s CPU unit.

w. PLC racks and Remote I/O drops shall be expandable up to 64 modules per

Ethernet drop using local expansion cables.

x. All I/O modules shall utilize terminal block style wire connections and support hot

removal and insertion

y. Output modules shall be available with Electronic Short Circuit Protection. The

diagnostic status of the Electronics Short Circuit Protection (ESCP), for those

discrete output modules containing ESCP, shall be indicated by a green LED during

normal operation per point and amber during a fault. The fault should be auto-

corrective without the need to cycle power.

8. Touch Screen Control Workstations

a. Provide single touch screen control work stations as indicated on the plans

b. Primary control location of each door is noted within the door lock symbol on the

plans.


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c. The touch screens located in central control shall be the fail over/takeover control

location. Hierarchy and sequence of fail over/takeover shall be as defined during

the phase I software development meeting.

d. Each touch screen station consists of a 32” or 24” LCD touch screen, computer

CPU, mouse, keyboard and UPS.

e. Provide integration of the video surveillance system that allows control to be

accomplished through the GUI. Functions to include but not be limited to:

1) Camera call up

2) Camera to monitor assignments

3) Video follow audio functionality

4) Video follow alarm functionality

f. Administrative level configuration and set up functions are not required to be

accessible from the GUI

9. Integration with Intercom system

a. Provide integration of the intercom system to allow automatic video follow audio

functionality.

b. Provide programming that allows all intercom master control functions to be

accomplished through the GUI including but not limited to:

1) Answer

2) Answer and zoom

3) Page zone activation

4) Clear call without answering

5) Connect without a call being placed

6) View Queuing log

7) GUI shall annunciate a call placed at the station and by screen on the key plan.

c. Administrative level configuration and set up functions are not required to be

accessible from the GUI.

PART 2 - PRODUCTS

2.1 GENERAL




00 and Division 01.



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2.2 GUI 32” TOUCHSCREEN MONITOR

A. Specifications

1. 32.0” diagonal

2. 1920 x 1080 native resolution

3. 16.7 million colors

4. 8ms Response time

5. 3000:1 contrast ratio

6. 100-240, 50/60 Hz

7. Surface Acoustic Wave Touch Technology


1. ELO Touch 3243L

2. Planar

3. Approved Equal

2.3 GUI 24” TOUCHSCREEN MONITOR

A. Specifications:

1. 24.0” diagonal

2. 1920 x 1080 native resolution

3. 16.7 million colors

4. 25ms response time

5. 3000:1 contrast ratio

6. 100-240, 50/60 Hz

7. Surface Acoustic Wave Technology


1. ELO Touch 2401LM

2. Planar

3. Approved Equal

2.4 GUI Touch Screen Computer

A. Specifications 1. Operating System: Windows 10 2. Processor: Intel Xeon Processor E-2226G 3. Memory: 64 GB RAM 4. Storage 2 x 2.5” SATA SSD (2TB) 5. Graphics NVIDIA Quadro 2 GB 6. Network Interface: 2 Gigabit Ethernet RJ-45 port (1000Base-T) 7. Video Outputs: 2 active (1 DisplayPort and 1 DVI) 8. Optical Drive: 1 DVD-RW 9. Power Input: 100 to 240 VAC, 50/60 Hz, auto-switching


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10. Power Supply: Single non-redundant 11. Power Consumption: 260 W 12. Supplied Accessories: USB Keyboard, USB mouse, power cord, 1

DisplayPort to DVI adapter, (1) DVI to VGA adapter


1. Lenovo P330 SFF 2. Dell 3. HP 4. Approved Equal

2.5 SECURITY SYSTEM MANAGEMENT COMPUTER (SSMC)

A. Specifications

B. 1. Operating System: Windows 10 2. Processor: Intel Xeon Processor E-2226G 3. Memory: 64 GB RAM 4. Storage 2 x 2.5” SATA SSD (2TB) 5. Graphics NVIDIA Quadro 2 GB 6. Network Interface: 2 Gigabit Ethernet RJ-45 port (1000Base-T) 7. Video Outputs: 2 active (1 DisplayPort and 1 DVI) 8. Optical Drive: 1 DVD-RW 9. Power Input: 100 to 240 VAC, 50/60 Hz, auto-switching 10. Power Supply: Single non-redundant 11. Power Consumption: 260 W 12. Supplied Accessories: USB Keyboard, USB mouse, power

cord, 1 DisplayPort to DVI adapter, (1) DVI to VGA adapter

C. Acceptable Manufacturer

1. Lenovo P330 SFF 2. Dell 3. HP 4. Approved Equal

2.6 PRINTER

A. Specifications


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1. Laser printer

2. 21 ppm color or B/W

3. 250 sheet input

4. Network ready

5. Standard 2.0 USB and Ethernet

6. 128 MB RAM

7. 417 MHz processor

8. 500 to 1500 pages per month recommended usage

9. 1200 x 1200 dpi printing

10. Weight – 54 lbs


1. Lexmark C540n

2. Canon

3. Equal by Epson

2.7 CONTROL SYSTEM LOCAL AREA NETWORK SWITCH

A. Specifications

1. (48) Ethernet 10/100/1000 ports

2. Forwarding Rate: 130.9 Gbps

3. Flash Memory: 128 MB

4. DRAM: 512 MB

5. MAC addresses: Up to 16,000

6. IGMP groups/Multicast routes: Up to 1000

7. Configurable MTU: 9216 Bytes with jumbo frames

8. 1000BaseT ports: RJ-45 connectors

9. Input power: 100 – 240 VAC, 50-60 Hz

10. Indicators:

a) Port link integrity

b) Port disabled

c) Port Activity

d) Port speed

e) Port full duplex

f) System status

g) System RPS

h) System link status

i) System link duplex

j) System PoE

k) System link speed

11. Operating Temp: 23° – 113° deg F

12. Operating relative humidity: 10 – 85% non-condensing

13. MTBF: 233,370 hours

14. Measrued Power consumption: 66 watts


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15. Certifications: UL listed, FCC part 15 Class A

16. POE: IEEE 802.3at


1. Cisco 2960 series PoE+ switch

2. HP

3. Extreme

2.8 PROGRAMMABLE LOGIC CONTROLLER

A. General Requirements

1. Basis of design is Allen Bradley 5069.

2. Provide a Programmable Logic Controller (PLC) system that is the product of a single

company, which has regularly manufactured PLC equipment for a period of 15 years.

3. Provide only components that are regularly used in industrial automation applications.

4. Components must be in stock from a distributor within 100 miles of this facility or be able

to be shipped next day to this facility.

5. Provide only UL Listed components.

6. Provide PLC System that seamlessly integrates the Control system to the Local Area

Network switches.

7. Provide CPU(s) with a visual status indication of backup battery.

8. Provide CPUs and power supplies on all CPU and I/O racks.

9. Provide alarm in the event of CPU low battery voltage before battery failure.

10. Provide 25% spare PLC system capacity at the completion of the project. This includes

program memory, I/O memory allocation, register memory, user memory, etc.

11. Provide programming software memory usage summary with as-built documentation.

12. Provide 25% spare PLC I/O module capacity at the completion of the project. Calculate

inputs and outputs separately when figuring capacities.

13. All Components must be mounted in a metal enclosure.

14. All PLC interposing relays must be fused to protect relay and field device wiring from

over-current caused by shorts or device failure.

15. PLC AC power supply must be supplied through an IEC-rated isolation transformer.

16. EMC filter must be installed on the power supply lines

17. PLC racks and modules shall be Din Rail mountable.

18. Din Rail must be mounted on a metallic surface that is grounded to earth using screws

with star washers every 6 inches.

19. All Safety and Reference grounds for PLC equipment shall be in compliance with IEEE

1100.

20. Expansion and Remote Cables must be 100% shielded. A 100% shield means that the

braided cable shield is connected to the metal shell of the connector.

21. Termination Labeling

a. Each wire shall be labeled with an industry accepted wire marker

b. I/O wire number should reference wiring diagram and Software I/O list.

c. Felt tip pen labels are unacceptable


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d. Power wiring should reference wiring diagram.

e. Communication cables should reference wiring diagram and node ID

22. The control architecture shall use distributed control over Ethernet. Each controller will

share selected memory with all other controllers via broadcast messages over Ethernet.

23. All Ethernet communication shall be configured using producer/consumer exchanges

without requiring PLC logic to drive the communications.

24. All Remote I/O shall be connected over Ethernet.

25. Remote I/O shall use the exact same module types and same I/O module part numbers as

the PLC’s.

26. PLC racks and Remote I/O drops shall be expandable up to 64 modules per Ethernet drop

using local expansion cables.

27. All I/O modules shall support hot removal and insertion.

28. Output modules shall be available with Electronic Short Circuit Protection. The

diagnostic status of the Electronics Short Circuit Protection (ESCP), for those discrete

output modules containing ESCP, shall be indicated by a green LED during normal

operation per point and amber during a fault. The fault should be auto-corrective without

the need to cycle power.

B. Specifications

1. PLC Central Processor Units

a. Maximum 2048 inputs and 2048 outputs I/O capacity

b. Maximum 64K word instruction memory

c. RS-232 ASCII configurable auxiliary com port

d. Bit instruction execution time of 0.80μs max

e. Built in real time clock and calendar

f. Built in 10BaseT 10Mb/sec Ethernet port

g. Battery backed EEPROM memory

h. Connectivity via Ethernet, Devicenet, Sysnet, Systlink, Mod Bus RTU master/slave

over RS-485 and RS-232-C.

i. Shock rating, operating – 30.0g (3 pulses, 11 ms)

j. Vibration rating – 1.0g @ 5-2000 Hz

k. Operating Temperature range – 32 to 140 Degrees F

l. Operating Humidity range 5 – 95% RH non-condensing

2. PLC Digital DC Input Modules

a. 10 – 30 VDC operating range

b. Sourcing or Sinking type modules

c. Maximum on/off signal 0.5mS max with selectable 1 or 7mS filter

d. Maximum off state current 0.5mA

e. 32 point modules minimum

f. Maximum backplane current load – 50mA

3. PLC Digital DC Output Modules


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a. 10.2 - 30 VDC operating range

b. Sourcing or Sinking type modules

c. Maximum continuous current per output, .5 amp sourcing/1.0 amp sinking

d. Maximum continuous current per module, 8 amp sinking or sourcing @ 60 degrees

C

e. 32 point modules minimum

f. Maximum backplane current load – 90mA @ 5 VDC

g. Removable terminal blocks

h. Gold plated contacts

4. PLC Power Supplies

a. 120/220 VAC nominal input voltage

b. Maximum input power, 27 VA

c. Backplane output current, 1.5 amps total

d. Operating Temperature range – 0 to 60° C

e. Operating Humidity range 5 – 95% RH non-condensing

C. Acceptable Manufacturers

1. Allen Bradley 5069

2. Omron

3. Modicon Momentum Series

2.9 LINEAR POWER SUPPLY

A. Specifications

1. AC Input: 120 VAC, +10%, -13%

2. DC Output: 24 VDC @ 12 amps

3. Line Regulation: +/-.05% for a 10% change

4. Load Regulation: +/- .05% for a 50% load change

5. Output Ripple: 3 mV peak-to-peak maximum.

6. Transient Response: 50 microseconds for 50% load change.

7. Short Circuit Protection: Automatic current limit/fold back

8. Stability: +/-.05% for 24 hours after warm up.

9. Efficiency: 55%

10. Provide back plates, mounting hardware and all appurtenances required to install the

power supplies in the system equipment racks.

11. An individual homerun cable is required between each field device powered by the power

supply.

12. The output of the power supply is to feed a series of fuses rated for the intended load one

each per homerun cable/device load.



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1. SL Power F2412A+

2. Sola SMP B6

3. Power One F24-12A

2.10 GENERAL PURPOSE RELAYS (LOW CURRENT LOAD < 6 AMPS)

A. Specifications

1. Switching Capacity: 6 Amp

2. Termination: Blade

3. Operating Indicator Light: Coil Rated Current:< 70 ma

4. Operating Voltage 24 VDC

5. Max. Cont. Applied Volt: 110%

6. Drop-out Voltage: 10%

7. DIN Rail Mountable Socket

8. Contacts Material Gold Plated Silver


1. Idec RH1B

2. Potter and Brumfield R_10

3. Finder 44 Series

2.11 GENERAL PURPOSE HIGH POWER CONTROL RELAYS (HIGH CURRENT LOADS < 10

AMP)

A. Specifications

1. The control relays shall do the actual switching of the power to high current devices - locks,

receptacles, etc.

2. Relays contacts shall be U.L. listed for a continuous current of 10 amps (inrush of 16 amps)

3. Each relay contact to the control device shall be individually fused externally with an

indicating fuse holder.

4. Termination: Screw compression

5. Operating Indicator Light

6. Coil Rated Current: < 70 ma

7. Operating Voltage 24 VDC

8. Max. Cont. Applied Volt: 110%

9. Drop-out Voltage: 10%

10. DIN Rail Mountable Socket

11. Relays shall be pluggable with diode protection across coils and LED indication of activated

coil circuit.

12. Low voltage wiring in relay cabinet shall be separated from high voltage wiring and all wiring

shall be color-coded and marked with approved wire markers.

13. Control wiring shall be routed through plastic wire duct and landed on terminal strips.

14. Relays shall be controlled directly by the PLC.

15. Peripheral interface cards with active circuitry shall not be approved.

16. Relays shall have integral manual activation switch to override PLC for circuit testing and


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troubleshooting.

17. 24 VDC coil 1.2 watts or less

18. SPST of DPDT as required.


1. Idec RH1B

2. Potter and Brumfield KUP

3. Finder 55 Series

2.12 FUSED TERMINAL BLOCKS

A. Specifications

1. Din Rail mountable IEC style

2. dead front safety (ie. touch safe)

3. Screw clamp and Spring Clamp are acceptable

4. All Fuse terminal blocks shall be sized according to the wire gauge and currents load required

for the application.

5. All Fuse Holders shall have a blown fuse indicator

a. DC circuits shall have LED

b. AC circuits shall have Neon or Trip lever

6. Provide lever disconnect type IEC fuse blocks.


1. Allen Bradley 1492-H5

2. Phoenix Contact UK-5 HESI

3. Square D AB1SF520

2.13 MODULAR TERMINAL BLOCKS

A. Specifications

1. Din Rail mountable IEC style

2. dead front safety (ie. touch safe)

3. Screw clamp and Spring Clamp are acceptable

4. All terminal blocks shall be sized according to the wire gauge and currents load required for

the application.

5. Safety grounds should be identified with yellow/green color.

6. One wire per termination point unless Ferrules are used for Special Applications

7. All Ferrules are to be Crimped using the manufacturer’s recommended Crimping tool.


1. Allen Bradley 1492-J4


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2. Phoenix Contact UT-4

3. Square D AB1VV

PART 3 - EXECUTION

3.1 INSTALLATION

A. All initial system programming shall be done at the Integrator’s facility prior to installation on site.

B. The System shall be installed by qualified personnel in strict compliance with manufacturer’s

instructions.

C. Upon completion of system programming enable the write protect function of the PLC CPU

D. Prevent unauthorized communications with the PLC CPUs by restricting the PLC to respond only to

specific IP addresses. IE: “OMRON IP to FINS table set up.”

E. Wiring shall be color coded, uniform and in accordance with national electric codes and


F. Equipment shall be firmly secured, plumb and level.

G. All cable runs to the main equipment rack shall be tagged and identified.

H. Coordinate all work with the City’s Facility Maintenance and Sheriff’s Department staff.

I. Grounding of electronics control cables, and peripheral equipment shall be installed per section

280526 and manufacturer's direction to eliminate noise induction and achieve optimum system

performance.

J. Install and configure Security local area network as required for control and communication between

system devices. When required, provide necessary coordination, termination, and programming

associated with integrating Security local area network with facility network.

K. Equipment cabinets shall be assembled in the Integrators shop prior to delivery to the job site.

L. All cabling shall be continuous between field device and equipment cabinet. Terminations shall be

to terminal boards with punch down blocks, or on screw terminals. Twisted and taped splices are

unacceptable.


A. Refer to Section 284620 – Software for Electronic Security for software support and programming

requirements.



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A. All programming shall occur in the Integrator’s shop prior to installation on site.

B. The System shall be turned on and adjustment made to meet requirements of the specification and

on-site conditions.

C. The System shall be programmed to function as specified.

D. Any special programming shall be documented and a written copy given to the Owner.

E. Coordinate integration of other electronic systems as called for in the contract documents.


A. The system shall be completely tested to assure that all components are hooked up and in working

order.

B. The System shall be pre-tested by the Security Equipment Integrator and certified, in writing, to

function in accordance with the plans and specification.

C. The Integrator is to verify the system is communicating with all controlled devices.

D. Testing to be performed in the integrator’s shop prior to delivery-

1. Test 120VAC power equipment and hardware internal to all equipment racks. Test all


2. Fully charge all UPS systems. Test unit by removing power thereby causing the unit to switch

to battery reserve.

3. Utilizing a test jig, simulate the operation of every circuit required.

4. Testing to be performed at the job site prior to delivery of the system

a. Verify all field wiring is free of shorts and opens prior to termination of head end

electronics.

b. Test all 120VAC power sources for correct polarity and voltage. Test grounding

system for continuity. Notify Engineer and Electrical Trade Contractor of any

problems.

5. Additional job site testing

a. After installation of head end electronics, verify proper operation of all field devices

including locks, door position switches, card readers, push buttons, and intercom

stations.

6. Verify proper integration between control system and

a. Door control system

b. Video surveillance system

c. Intercom/Paging system

d. Overhead door controls


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e. Elevator control

E. The System shall be completely tested to assure that all components are hooked up and in working

order. Inspect system for defects. Correct all causes of such defects. If the cause is outside of the

scope of the Division 28 series scope of work, promptly notify the Engineer in writing, indicating the

cause of the defect and suggested corrective procedures.

F. Provide written documentation showing all test results.

G. The System shall be final tested in the presence of the Engineer.

3.5 FIELD QUALITY CONTROL

A. Provide services of a duly factory authorized service representative for this project location to

supervise the field assembly and connection of components and the pre-testing, testing, and

adjustment of the system.

B. Make observations to verify that units and controls are properly labeled, and interconnecting wires

and terminals are identified. Provide a list of final tap settings of paging speaker line matching

transformers.

C. Rectify deficiencies indicated by tests and completely re-test work affected by such deficiencies at

Integrator's expense. Verify by the system test that the total system meets the Specifications and

complies with applicable standards.

3.6 TRAINING

A. Provide the facility personnel with training in the use and maintenance of the entire control system.

Coordinate the training sessions with the Owner. Completed classroom sessions shall be documented

by the Integrator, certified by the attending Owner representatives, and approved by the Engineer.

Instruction shall take place during normal working hours (Monday through Friday, 8:00 a.m. to 5:00

p.m.). Instruction shall not begin until all systems are operational as designed.

B. The training sessions shall cover the operation and the maintenance manuals and the control console

operators manuals and service manuals in detail, stressing all important operational and service

diagnostic information necessary for the maintenance and operations personnel to efficiently use and

maintain the control system.

C. Integrator is responsible for providing operational and maintenance training applicable to the entire

control system. Training is to include, but not be limited to the following-

1. Review all O+M manuals with Owner representatives present for training.

2. Perform a tour of the entire facility. During the tour the trainer shall point out all control

equipment and provide a brief description of its purpose and use. This is to include but not be

limited to control panels (graphic and pushbutton), all control system hardware, and devices

controlled.


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Richmond Detention Center

Richmond, Virginia



PLC SOFTWARE FOR ELECTRONIC SECURITY 284620 - 1


SECTION 284620 - PLC SOFTWARE FOR ELECTRONIC SECURITY

PART 1 GENERAL


A. Furnish all software and programming labor necessary to complete the installation of specific

systems described herein and integration of all systems as indicated, specified herein or both.


1. Programming of Security Systems Management Computer (SSMC). Include

programming that implements system transaction logging, access control functions, and

database retrieval functions.

2. Programming of Graphical User Interface Consoles (GUI). Include programming that

implements Touch-screen control and monitoring functions defined in project documents.

3. Programming of the video surveillance systems. Include programming that implements

video surveillance system internal functions and integration with the GUI.

4. Programming of Intercom systems. Include programming that implements Intercom

internal functions and integration with the GUI.

5. Computers shall be programmed such that any computer can be placed at any Touch

Screen Location and reboot to that specific operator application without reprogramming.

6. Programming of the Guard Tour pushbuttons. Include programming that implements

Guard Tour functions as required per the owner. System shall not allow power to the

push buttons until the activity is required, at which point the LED on the push buttons

shall be activated and the required tour is initiated.

7. Programming of lighting control. System is to be programmed to turn the dayroom and

cells lights on and off from the Touchscreens.

8. Programming of Valve control of the sprinkler system in the dayrooms. System shall be

able to turn the sprinklers in the dayroom on and off.

PART 2 PRODUCTS

2.1 GENERAL


B. Substitutions of equal quality will be accepted. All substitutions are to be approved prior to bid

and listed by addenda. Substitutions will not be accepted after the schedule bid time. Refer to

Division 00 and Division 01.


2.2 GUI SOFTWARE/GRAPHICS


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A. Basis of design

1. These specifications are written using the Omron IWS or Omron Indusoft product. Any

product by another manufacturer must include the same features and functions to those

listed below.

B. Specifications

1. Include the most recent PLC protocols from the PLC manufacturer and allows direct

communication with ALL current, future and legacy OMRON networks (SYSNET,

SYSLINK, ControllerLink, Ethernet and EthernetIP)

2. Provide software that is all-inclusive for communications, graphics, alarming, databasing,

etc. No need for "add-on" software modules to provide these features.

3. Provide software that allows global changes to system icons

4. Provide software that allows changes to workstations/runtime licenses “on the fly”;

software that requires a workstation to be shut down to make a change shall not be

considered.

5. Software that includes third party I/O drivers shall not be considered.

6. Systems that utilize polling to determine the status of I/O points shall not be considered.

7. Provide displays utilizing accurately depicted, properly aligned floor plans. Floor plans

must be displayed as seen from the GUI console operator’s perspective (i.e.; rooms and

doors in front of the operator at the top of the display, rooms and doors behind the

operator at the bottom of the display). GUI consoles facing different directions must

display accordingly different floor plans.

8. Provide displays that optimize the use of screen resolution and color to enhance and

simplify the information displayed. Provide a textured, dull, light gray background for all

displays. Provide displays that minimize the unnecessary use of highly saturated colors.

Provide displays that utilize contrasting colors. Utilize color to clarify annunciation,

highlight choices and indicate correct operator input. Saturated colors shall be used to

annunciate conditions of devices other than their normal or secure state. Use red for

alarm conditions, yellow for cautionary conditions and information such as the depiction

of interlock groups, use green for intercom and blue for video surveillance devices.

9. Provide properly sized control icons that are a minimum 1/2" square. Control icons must

be large enough to facilitate proper and easy operation. Where screens are congested and

placement of icons becomes difficult, divide the screens and increase the scale of the

background so that the icons can be properly placed.

10. Provide control icons and annunciation icons that provide an intuitive depiction of their

purpose. Control icons and annunciation icons shall utilize color to indicate abnormal or

“on” conditions only. Control icons and annunciation icons associated with devices that

are in a normal or off state shall utilize muted, de-saturated colors.

11. Provide programming that uses a cursor to depict the control icon that has the current

focus. Provide programming that allows the user to place a cursor on the screen and

“drag” the cursor over the desired control icon, activating the associated function when

the cursor is released (“activation on liftoff”). As the cursor moves over a control icon,

the icon should “highlight” to indicate that if the cursor is released the icon shall activate.

Annunciation only icons should not function in this fashion. Using the touch capability

of the system, the operator shall be able to “drag” the cursor across the screen to the

desired icon with the same effect as moving the mouse to control the cursor.


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12. Provide a mouse for each GUI. Moving the cursor with the mouse shall provide the same

highlighting function as described above. Touching or left clicking the mouse shall

activate the highlighted device.

13. Screen display redraw/update/remote device response time thru-put shall be held to 0.5

seconds maximum. Activating a control icon shall cause the associated field device to

operate within 0.5 seconds maximum. A field device that changes state must cause an

annunciation icon to change state within 0.5 seconds maximum.

14. Provide the number of graphic "screens" that supports the sequences of operation verified

with the Owner and Engineer during the software development process described in Part

- 3.1, Software Support. Any screen that the user or security consultant determines is to

densely packed or too “busy” shall be subdivided at no expense to the Owner. Locate

global control function icons in a “tool bar” configuration. Users shall have the ability to

locate the tool bar on the top, bottom, right or left of the screen.

15. Tool bar functions may be divided into global functions and miscellaneous functions at

the integrators discretion. Display of global and miscellaneous tool bars may be

configured independently.

16. Place icons for "high traffic" functions on multiple screens as verified with the Owner

and Engineer during the software development process described in Part - 3.1, Software

Support. Any icon that the user or security consultant determines is necessary on more

than one screen shall be provided on more than one screen at no cost to the Owner.

17. Provide software that annunciates alarms until they are acknowledged, independent of

screen displayed. Provide prioritization of alarms as verified with the Owner and

Engineer during the software development process described in Part - 3.1, Software

Support.

18. Provide a method for unanswered alarms to move to a designated GUI as verified with

the Owner and Engineer during the software development process described in Part - 3.1,

Software Support.

19. Graphical User Interface operators consoles are intended to operate in concert with each

other, i.e.; Silencing an alarm on one screen causes the alarm to be silenced on all other

screens displaying the same alarm. Multiple operations on multiple screens to silence the

same alarm are not acceptable.

20. Hierarchy of Control - During the software development process described in Part - 3.1,

designated GUI takeover scenarios shall be confirmed and provided by the integrator

under Base Bid.

21. During the software development process described in Part - 3.1, interlock groups shall

be confirmed and provided by the Integrator under Base Bid.

22. Provide a “Supervisors Utility Screen”, protected by a pin code to allow updating of

modifiable system parameters as verified with the Owner and Engineer during the

software development process described in Part - 3.1, Software Support.

23. Provide for instant connection of the intercom system master station to the calling station

selected from the GUI.

24. Provide instant display or manual selection of the screen showing the alarm location or

the calling intercom location graphically as verified with the Owner and Engineer during

the software development process described in Part - 3.1, Software Support.

25. In addition to manual camera call up by touching a camera icon, provide for automatic

video surveillance camera call-up to a designated monitor from the GUI. Provide

automatic call-up of the nearest video surveillance camera upon intercom connection


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(“Video follow Audio”) or alarm “seek” display (Video follow Alarm”) as verified with

the Owner and Engineer.

26. Provide automatic GUI calibration during System "boot-up" without operator input and

manual calibration accessible from the Supervisors Utility Screen.

27. Provide user selectable audible feedback on all icon commands. This audible feedback

shall be selectable between male voice, female voice, or a tone. This shall be selected

from the miscellaneous function icons as described above. Menu of tones shall be

reviewed and tones shall be selected by the Owner during the phase I software

development process described in Part 3.1, Software Support.

28. Provide unauthorized entry alarm for monitored or controlled door going unsecured with

no corresponding unlock command from system; on GUI, provide visual and unique

audible annunciation and location information on message text line.

29. Provide 2 step operations for activations of devices that reduce the security or safety of

the facility. These operations include, but are not limited to unlocking doors, holding

doors open, group release, isolating doors or intercoms, etc.

30. Provide 3 step operations for critical changes to secure status such as interlock overrides,

emergency release, etc.

31. Provide single step operations for operations that increase or have no impact on secure

status such as locking doors, camera call up, intercom select, etc.

32. Provide owner defined labeling of rooms and spaces.

33. Provide the ability to do hard copy and archival logging of all system events and

transactions.

34. Provide programming that disables all methods of switching from the security control

application to the operating system except with appropriate supervisory level password.

35. The development tools used for the graphical interface shall be that of a nationally

recognized industrial applications software development package with a national support

network.

36. Implement programming that initiates “video follow” functions for intercom devices and

alarms. All intercoms and alarms with in the field of view of a camera shall be

automatically routed to the appropriate monitors when the alarm or intercom becomes

active.


1. Omron Indusoft 512k

2. Approved Equal

D. Software design and implementation

1. All monitoring and login logic shall be programmed within the Omron Indusoft or other

application. The security management system software and the Input/Output Data

Access Servers shall be of the same manufacturer as the development tools. No

proprietary approach shall be considered.

2. The finished software product shall be examined by the manufacturer and the Engineer

for compliance with this specification. Should the examination reveal that proprietary

code was created; the integrator shall remove such code and replace it at no additional

cost to the owner. The process shall be repeated until the Owner and Engineer are

satisfied that the system as developed contains no proprietary content that would prevent

the system being maintained by another service provider.


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3. The system integrator shall turn over all programming passwords, source code and

programming schedules at the end of the project. Prior to final payment all software shall

be authenticated as being non-proprietary by the Owner or the Owner’s designated

representative as described above.

4. All PLC I/O addresses shall have continuous communication with the PLC. No

programming tag PLC addresses shall be changed during runtime.

2.3 GUI CONTROL STATION ICON (SWITCH) FUNCTION AND DESCRIPTION

A. Specifications

1. GUI Switch Functions

a. Door Control Icons

b. Utility Control Icons (Lighting, Power,)

c. Log In/Out, Satellite GUI Takeover and GUI Disable Icons

d. Intercom Control and Call Disable Icons

e. Key Plan Zoom Window

f. Alarm Silence and Reset Icons

g. Monitor Selection/Camera call-up Icons

h. Elevator Control

i. Other functions as defined during the software development process described in

Part - 3.1, Software Support.

2. Provide animation of actual control and annunciation icon as verified with the Owner and

Engineer during the software development process described in Part - 3.1, Software

Support.

3. Throughout the software design process linking of “follow” functions shall be

accommodated as part of the basic scope of services. Follow functions shall be defined

as camera calls to specified monitors based on intercom, alarm or door control functions;

or, intercom talk paths automatically being established based on alarm functions.

Automated “follow” functions shall be limited to camera and intercom functions. No

automated door release functions shall be allowed.

4. Door Control Icons

a. Door Unlock

1) Touch or left click the Unlock global function icon.

2) Touch or left click the associated door icon.

3) The security system momentarily applies power to the lock or electrically

operated door to start the lock or door through its unlock or open cycle.

4) The unlock function remains enabled for 3 seconds after each door icon is

touched. If the timer lapses and no icon is selected, the unlock global must

be selected again to reactivate the function.

b. Group Unlock

1) Touch or left click the Unlock global function icon.


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2) Touch or left click the associated door group icon.

3) The security system momentarily applies power to the locks or electrically

operated doors in the group one at a time to start them through their unlock

or open cycles.

4) During a group unlock, an isolated door shall not be powered.

5) The unlock function remains enabled for 3 seconds after each door icon is

touched. If the timer lapse and no icon is selected, the unlock global must

be selected again to reactivate the function.

c. Door Hold Open

1) Touch or left click the Hold Open global function icon.


3) The security system applies power to the lock or electrically operated door

to maintain the lock or electrically operated door in the unlocked or open

position.

4) The held open function remains enabled for 3 seconds after each door icon

is touched. If the timer lapses and no icon is selected, the hold open global

function must be selected again to reactivate the function.

d. Door Lock


2) If necessary, the security system momentarily applies power to or removes

power from the lock or electrically operated door to start the lock or door

through its lock or close cycle.

e. Isolate

1) Touch or left click the Isolate global function icon.

2) Touch or left click the associated device icon. (doors or intercoms)

3) The security system isolates the device from normal operation.

4) The isolate function toggles each time a device is selected. The isolate

global function remains active for 3 seconds after the last device selected.

5) Provide group “synchronization.” Selecting the isolate global function and a

group button the first time shall un-isolate any door in the group that is

currently isolated. Selecting the group button the second time, shall isolate

all doors in the group.

6) Allow for user input “notes” with-in the system. User shall be able to input a

“note” to describe when and why said door is isolated. This will allow the

next user to review the “note” before overriding.

f. Emergency Door Release

1) Touch or left click the EMERGENCY DOOR RELEASE miscellaneous

function icon.

2) When the EMERGENCY DOOR RELEASE icon is selected, a red pop up

message box shall be displayed with a written warning and the audible

annunciation shall warn the operator of the danger associated with an


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Emergency Door Release. The audible warning must reiterate the displayed

text and must play in its entirety before the first level confirmation icon is

displayed.

3) A second, red EMERGENCY DOOR RELEASE warning box shall then

appear on the current screen with a written warning.

4) The function can be canceled at any time by selecting the CANCEL button.

5) After the second confirmation is selected, the background around the

EMERGENCY DOOR RELEASE icon shall flash and the audible

annunciation shall continuously announce “EMERGENCY DOOR

RELEASE”.

6) All emergency release doors shall be unlocked. Those doors that are

unlocked under the emergency door release, shall display as if opened via

the control system. These doors are equipped with half cycle locks. See

detention hardware section for lock function description to be incorporated

into the controls system.

7) Other control stations also monitoring or controlling the same doors as the

panel initiating the release shall have an EMERGENCY DOOR RELEASE

ACTIVE indication located on their screen and will alarm and flash as

described previously.

8) Emergency Relock. Provide EMERGENCY DOOR RELEASE RELOCK

miscellaneous function icon. This Icon releases the affected door to relock.

9) All system door locks shall fail to locked / secure in the event of system

failure.

g. Interlock Override Icon

1) Touch or left click the Interlock Override miscellaneous function icon.

2) A yellow pop up message box shall be displayed with a written warning and

the audible annunciation shall warn the operator of the danger associated

with interlock override. The audible annunciation warning must reiterate

the displayed text and must be capable of playing in its entirety before the

second level confirmation icon is displayed. Delay must be adjustable and

confirmed during phase I and II.

3) A second yellow interlock override warning box shall then appear with a

written warning. The audible feedback warning must reiterate the displayed

text and must be capable of playing in its entirety before the first level

confirmation icon is displayed. Delay must be adjustable and confirmed

during phase I and II.

4) Only after the second confirmation is made shall the interlock indications be

removed from the screen.

5) Once any door icon is selected, the interlock override function shall cancel.

If no door icons are selected within 10 seconds of the second confirmation,

the interlock override function shall cancel. Also, the function can be

canceled at any time by selecting the “CANCEL” icon.

6) Attempting to unlock a door that is interlocked shall cause the voice

annunciation system to state, “Function not allowed. Door is interlocked.”

5. Utility Control: Lighting, Power Receptacles.


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a. Utility control icons are to be located on the utility control screen. The utility

control screen shall segregate the utility icons from security icons such as door

locks, intercom and video surveillance. Selection of the utility screen shall be via

the global function tool bar.

b. Touch or left click the global utility icon, the normal icons are hidden and the

utility icons are displayed.

c. Touch or left click the associated control icon.

d. The security system removes power from the coil of the low voltage relay

associated with the device to be controlled, and the utility comes on.

e. Touch or left click the icon a second time.

f. The security system applies power to the coil of the low voltage relay and

maintains power until the icon is clicked again. When the relay is engaged the

utility is off.

g. Provide group control of cell lights.

1) Cell

2) Dayroom

h. Provide group “synchronization.” Selecting the group button the first time shall

turn any utility in the group that is currently on to its off state. Selecting the group

button the second time, shall turn all utilities in the group on.

i. Utility control shall be configured such that failure of the PLC/GUI control

systems renders the utility “on”.

j. TV Receptacle.

6. Log In, Satellite GUI Takeover and GUI Disable

a. Log In/Out

1) Touch or left click the Log in/out icon.

2) Login validation shall be integrated with the SSMC’s database to allow the

tracking of the operators name for all functions at each GUI until it is logged

off.

3) The GUI displays a “scrambled” numeric keypad for the operator to enter a

PIN code.

4) If the PIN code is valid the operator is logged in as the current operator of

the station.

5) An operator remains the current operator until a new operator is logged in or

until the GUI is taken over or disabled (see below).

b. Satellite GUI Takeover

1) Touch or left click the Satellite GUI Takeover icon.

2) The security system disables all control and monitoring functions at the

Satellite GUI, blocks all attempts to log in at the Satellite GUI and transfers

control and monitoring responsibility to the initiating GUI. Icon shows “Off

Line”.

3) Touch or left click the icon a second time.

4) The security system allows attempts to log into the Satellite GUI, but retains


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control and monitoring until an operator logs into the Satellite GUI.

5) When an operator is logged in to the Satellite GUI the control system returns

all previous control and annunciation to the Satellite GUI. Central Control

shall still have the ability to view the locally controlled screens. Central

Control’s icons in these locally controlled areas shall appear to be “sunken”

into the screen with a passive or muted video color. The status of the DPS

and LSS shall be dynamically displayed. The intent is to allow Central

Control to be aware of door movement throughout the building, while

leaving control of devices with the Satellite GUIs.

6) Failure of the workstation or software at the satellite locations shall cause

control to be transferred to the designated takeover station. A pop up

window annunciating the failure and transfer shall be provided to alert the

operator of the takeover station as to the transfer.

c. GUI Disable

1) Touch or left click the Disable icon.

2) The security system immediately logs out the current station operator and

transfers responsibility for control and annunciation to central control.

Satellite GUI shall still have the ability to view the locally controlled

screens. The icons in these locally controlled areas shall appear to be

“sunken” into the screen with a passive or reverse video color. The status of

the DSS and LSS shall be dynamically displayed. The intent is to allow the

Satellite GUI to be aware of door movement in their areas, while control is

transferred to the designated control point.

3) Attempts to log into the station are not allowed until central control enables

the satellite station.

7. Intercom Control

a. Intercom Control

1) Call-in from field device causes associated Intercom Station icon to flash

and tone/VAS to sound.

2) Selecting the Intercom Station icon connects the Master Intercom to the

associated intercom station in listening mode, turns the icon solid color and

silences the call in tone/VAS.

3) Selecting the same icon a second time disconnects the call, and turns off the

solid icon color.

4) Selecting a second intercom icon while connected to another station causes

the connected station to disconnect and connects the selected station.

5) When a call is designated to route to more than one master, the establishing

of a talk path by the first to answer the call, cancels the call at the other

stations.

6) Implement video follow audio for adjacent cameras. When an intercom talk

path is established, the associated camera (if any) shall be displayed on the

Intercom Monitor, and the associated camera icon shall indicate it has been

activated.

7) The intercom system incoming shall be routed through the GUI Audio


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System.

b. Communications Window

1) A portion of each screens tool bar, without obstruction to the floor plan,

shall be allocated for intercom queue. This window shall contain a

“Pending List” of the next (7) pending calls.

2) Call Control Icons and Indicators include:

a) ACTIVE STATION containing the text name of the active intercom

call

b) Master to Master call (Caller ID)

c) Master call waiting/busy

d) CALL ANSWER button

e) CALL ANSWER AND ZOOM button,

f) ZOOM ACTIVE button

g) CALL DISCONNECT button

3) This window shall allow the operator to answer calls without having to go to

a particular screen (answer) unless it is desired to do so. (answer and zoom)

c. Pending List

1) The list of incoming pending calls designated for the particular GUI shall

show the Owner-assigned text names for the oldest seven pending calls that

have not been answered and in the order that they were initiated.

2) As a call is answered it shall be removed from the list and the list shall be

automatically updated with any new incoming calls.

3) If a call-in is isolated, it should not be displayed in the Pending List.

4) If a master to master call is placed, and the receiving master is busy, the

calling master receives a busy prompt and is held in queue until call is

accepted by the master being called.

d. Call Answer Button

1) Touch or left click the Call Answer Button

2) Each time this button is selected, the active station shall automatically

cancel and the first station on the pending list shall automatically connect.

3) If there are no pending calls, this button shall be muted on the tool bar.

e. Call Answer and Zoom Button

1) Touch or left click the Call Answer and Zoom Button

2) Each time this button is selected, the active station shall automatically

connect to the first station in the call queue.

3) The GUI shall automatically go to the screen where the answered intercom

station is located.

4) If there are no pending calls, this button shall be muted on the tool bar.


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f. Zoom Active Button

1) Touch or left click the Zoom Active Button.

2) When this button is selected, the GUI shall automatically go to the screen

where the connected intercom station is located.

3) If there is no active call, this button shall be muted on the tool bar.

g. Call Disconnect Button

1) Touch or left click the Call Disconnect Button

2) When this button is selected, the active intercom call is disconnected.

3) If no station is connected, this button shall be muted on the tool bar.

h. Call Isolate

1) Selecting the isolate button from the global function tool bar and then

selecting an intercom station icon shall place the intercom station in isolate

mode.

2) In the isolate mode, calls placed from the station shall annunciate visually

only and not via the tone/VAS.

3) When placed in the isolate mode, the icon shall change state to reflect the

mode.

4) When placing an icon in the isolate mode, the operator shall be prompted to

enter the reason the station was isolated using the occurrence log.

5) All isolated icons shall reset to normal mode at a time selected by the

Owner; the duration of an isolation shall not exceed 24 hours.

6) Allow for user input “notes” with-in the system. User shall be able to input a

“note” to describe when and why said intercom is isolated. This will allow

the next user to review the “note” before overriding.

i. Paging. Provide icons associated with the paging zones.

8. Key Plan and Zoom Window

a. Zoom Window

1) A portion of the tool bar on each screen, without obstruction to the floor

plan, shall be allocated for the key plan. This window shall contain a whole

site plan and be located on every screen.

2) All screens shall be accessible with no more than two touches of the site

plan.

3) Any screen can be accessed from any other screen with no more than two

touches. A screens outlined area on the site plan shall highlight when the

curser is placed over the associated section of the key plan.

4) Each control screen shall be geographically outlined on the Zoom Window.

The highlighted outline shall follow the shape and pattern of the zoom

screen area.

5) The Zoom Window shall contain -


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a) Zoom Area

b) Site Plan Location Indicator

c) Site Plan Pending Call Indicator

d) Site Plan Alarm Indicator

b. Zoom Area

1) Touch or left click outlined area of the site plan.

2) Activation shall cause the GUI to go directly to the screen that controls the

selected area or a more detailed zoomed area.

3) A distinctive audible sound shall annunciate when this action is performed.

c. Site Plan Location Indicator

1) The area on the site plan that represents the current screen shall be

highlighted in white to indicate exactly what screen is active in relation to

the whole facility.

2) The other areas shall be gray unless pending calls or alarms are active as

explained in the Site Plan Pending Call Indicator and the Site Plan Alarm

Indicator.

d. Site Plan Pending Call Indicator

1) When calls are pending from areas other than the current screen, then the

area of the call shall flash on the site plan.

2) If both an alarm and a pending call are active at the same time in an area,

then the respective area shall flash alternating colors.

e. Site Plan Indicator

1) When alarms are active from areas other than the current screen, then the

area of the alarm shall flash on the site plan.

2) If both an alarm and a pending call are active at the same time in an area,

then the respective area shall flash alternating colors.

f. Plan Navigation Arrows.

1) Provide arrows on each map as an additional means to navigate through the

facility.

9. Alarm Silence and Reset Icons

a. Alarm Silence

1) When an audible alarm annunciation is sounding; touch or left click the

Alarm Silence icon.

2) The audio alarm stops.

3) The audio alarm starts again if alarm conditions exist on other screens, or if

new alarms are received on the same screen.


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b. Alarm Reset

1) Provide the Reset Icon to reset all alarmed icons to normal conditions if they

are not of the self-resetting type.

2) Touch or left click the Reset icon when the alarm conditions no longer exist.

3) Reset function shall only operate on those alarms annunciated on the active

screen. No global alarm reset icons shall be allowed.

10. Camera Selection

a. Camera Selection via icons

1) In addition to automatic call up, Cameras can be selected via the GUI.

2) Touch or left click the camera icon.

3) Selecting the camera icon causes the icon to change color, and displays the

video surveillance image on the active monitor.

4) Selecting the same icon a second time disconnects the camera and returns

the active monitor to its default scene.

5) Selecting a second camera icon while another camera is active causes the

active camera to deactivate and activates the selected camera.

6) Camera selection is to the default “call up” monitor at the touch screen work

station. Provide a means of selecting cameras to the overhead monitors by

changing from the default monitor to a selected monitor from the tool bar.

Only monitors within direct view of a touch screen location shall be

selectable from the tool bar.

11. Occurrence Log

a. Entry of New Occurrence Logs

1) User can enter text via the attached keyboard.

2) As characters are selected on the keyboard they should be displayed on the

appropriate field.

3) Select the submit button to save the entered text into the SSM computer.

4) After submitted, status should indicate that the text has been sent and saved

successfully, and the title and log fields should be cleared. If the text is not

sent and saved successfully, the status should indicate “Log Entry Failed”,

and the title and log fields should not be cleared.

5) Select clear button to clear title and log fields.

6) Select view logbook button to view previous entries within the last 24 hours.

7) Occurrence log entry shall be as illustrated herein.

8) Title field shall be capable of 100 characters.

b. Viewing Previous Entries

1) Shall be capable of viewing 100 logged entries.

2) The retrieval time shall be less than 10 seconds.

3) Select the view log entry button to return to the new occurrence log entry

screen.


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4) All data is stored on the SSM computer.

12. Guard Tour

a. Guard Tour Icon on the touchscreen

1) Guard Tour icon on the touchscreen will be activated by either left mouse

clicking on the icon or touching of the Guard Tour icon.

2) Once the icon has been “activated” the system will supply power to the push

buttons and start a timing operation. This timing operation will give the

guard a set amount of time to push the first physical Guard Tour button. If

the amount of time given has run out and the first button has not been

activated then the system shall generate an alarm for the appropriate area.

3) Once the first button has been activated within the allotted time, then the

system shall activate a second timing event for the next/last physical Guard

Tour button to be activated. If the amount of time given has run out and the

last button has not been activated then the system shall generate an alarm for

the appropriate area.

4) If the last physical Guard Tour button has been activated in the required set

amount of time, then the system will log the event, with date and time, as

well as personnel involved in the tour.

5) Guard Tours may be programmed to automatically happen at certain points

throughout the day, or the operator may start the tour as previously stated in

step #1.

13. Elevator Control

a. Car panel will not function under normal operation. All elevator movement will be

via remote control from master control in Courthouse and PSC.

b. In “Secure” mode, the normal daily mode the elevator will operate in, the car panel

and the lobby call buttons are disabled and the security control system has full

control of the elevator. The intercom system is used to call the car to a given floor.

The Touch Screen is required to emulate the control and indication functions of the

car panel.

c. Elevator control icons will be located on the tool bar and will not require a

dedicated screen.

d. Interface between the elevator controllers and the PLC system are designed as

discrete dry contact relay interface for all control and indication functions.

2.4 GUI CONTROL STATION INDICATOR CONDITONS

A. Door Status - Provide red and gray (or white) animated graphic indicators on the screen at each

door to be monitored, to indicate the status of the door. Monitor the Door Position Switch (DPS)

and the Latch Bolt Monitor (LBM) switch independently, if possible. Independent monitoring

of these switches is dependent on existing wiring configuration. Secure indication should only

be displayed when both switches are in the secure condition. Differentiate between doors that

are open, and doors that are closed but unlocked. Alarm is generated for unauthorized opening


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of doors; doors opened via unlock commands and doors left open too long. Timer for door open

too long must be adjustable via supervisor’s utility screen.

1. Flashing Red - alarm

2. Red - unsecured

3. Gray or white – secured

B. Utility Status – Provide yellow and gray animated graphic indicators on the screen at each

utility location to indicate the utility status.

1. Yellow – Utility On

2. Gray - Utility Off

C. Log In/Out, Satellite GUI Takeover, and GUI Disable – Provide a gray animated graphic

indicator that contains the appropriate text.

D. Intercom Control and Inmate Call Disable – Provide green, yellow, and gray animated graphic

indicators on the screen at each intercom location, to indicate the intercom status.

1. Flashing Green – Intercom call-in

2. Green – Intercom active

3. Yellow “X” - Intercom call-in isolated

4. Gray – Intercom inactive

5. “Sunken” – Intercom station calls to another master.

E. Alarm Silence and Reset – Provide a gray animated graphic indicator that contains the

appropriate text.

F. Camera Selection - Provide a blue green red and gray animated graphic indicator on the screen

at each camera location to indicate the camera status.

1. Blue – Camera manually activated and video surveillance image displayed on active

monitor.

2. Purple – Video follow audio activated and video surveillance image displayed on

intercom monitor.

3. Red – Video follow alarm activated and video surveillance image displayed on alarm

monitor.

4. Gray - Camera deactivated.

G. Interlock Status - Provide yellow color indicators at each door in an interlock group.

1. When a door in an interlocked group becomes un-secure, illuminate yellow indicators on

all other doors in the interlock group.

2. VAS shall annunciate that door cannot be unlocked if interlock condition exists (see

below)

H. Uninterruptible Power System Alarm and System Trouble Icon

1. UPS Power System Alarm


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a. Upon loss of primary AC power, the UPS icon shall appear and begin to flash red

“Inverter On”, accompanied by a unique tone.

b. Activating the alarm silence Icon shall silence the tone and cause the Icon to glow

steadily. Upon return of primary AC power, activating the alarm reset Icon shall

extinguish the red indication and hide the icon.

2. Similar function for Trouble indication. Flashing yellow “UPS Trouble” indication.

I. Duress Alarm/Panic Alarm - Provide red animated graphic indicators on the screen at each

duress/panic switch on alarm only. Inactive or “normal” condition of the duress alarms hides

the icon in lieu of muting it. Implement video follow alarm for cameras adjacent to duress or

panic buttons. Duress or panic alarms with video follow alarm function shall call the camera to

the alarm monitor at the associated GUI Operators post.

1. Flashing Red - alarmed

2. Red – acknowledged

J. Provide access to a system status screen with text display of the following:

1. Name of operator logged on to each console

2. List of all pending, silenced, and acknowledged alarms currently indicated through the

entire system.

2.5 VOICE ANNUNCIATION SYSTEM

A. Provide a Voice Annunciation System (VAS) as an additional interface between personnel and

the computer system. The VAS shall use speech from a stored vocabulary to provide alert and

annunciation messages, special direction or information to facility staff in staff areas (intercom

speakers) and control rooms. Verify message requirements and locations during Phase-1

software meeting.

1. The VAS shall be entirely electronic, no tapes, and meet the following minimum

requirements

2. The VAS shall speak individual words, phrases and sentences in addition to tones.

3. VAS shall provide output to audio amplifiers, speakers and intercom speakers that are

also part of system.

4. The VAS shall be selectable between male voice, female voice, and a tone. This shall be

selected from the miscellaneous function icons as described above.

2.6 SECURITY SYSTEM MANAGEMENT COMPUTER (SSMC) OPERATIONAL

REQUIREMENTS:

A. Specifications

1. The Security System Management Computer (SSMC) shall perform functions including,

but not limited to, the following:


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a. Programming of PLC.

b. PLC system remote diagnostic capabilities.

c. Recording all security control system transactions and events.

d. Recording of incident reports.

2. The SSMC shall generate reports of the recorded transactions and events within the

system. All data shall be recorded into a database and the SSMC shall have the

capability to generate reports through selection of any data field or timeline. The SSMC

shall have advanced search capabilities for any combination of data and can search the

incident logs independently.

PART 3 EXECUTION


A. Phase I

1. Provide screen shots. The Integrator shall request, in writing, scheduling of the Phase I

meeting within one (1) week of receiving the approved shop drawing submittal. Phase I

meeting shall take place on site at the owner’s facility. A proposed agenda shall be

included with the request. The Phase I meeting shall be held within thirty (30) working

days of receiving the approved shop drawing submittal.

2. The purpose of the Phase I meeting is to define the project specific functions and

operational procedures of the control system with the Owner & Engineer. The Integrator

shall present proposed operational procedures for every function specified in the Contract

Documents or recognized as industry standard or convention for a correctional facility

Control System. The Integrator will present proposed operational schemes to the Owner

& Engineer, and modify those schemes based on the Owner’s policies and procedures.

3. The Integrator shall address integration of the components and subsystems making up the

control system when presenting the proposed operational procedures. The Integrator

shall provide an operating GUI at the Phase I meeting (of an operating facility or this

facility) that demonstrates every control and annunciation function described in the

specifications to help with Owner’s design decisions. This demo shall not include any

operational procedures that are not included in the Base Bid for this project. This

operating GUI shall demonstrate all data capture and reporting features of the SSMC.

4. The Integrator shall prepare and present 4 sets of color screen drawings at this meeting.

As a minimum, these screen drawings shall depict the following:

a. Overall building layout screen.

b. Area control screens. (These area screens should be drawn to represent actual

orientation with control officer's view). Different orientation views should be

created per each control post and the control officer’s orientation view.

c. All special control and transition screens. (Utility, Administration, help, etc.)

d. Each sheet should be numbered for easy reference.

e. Actual size to show detail and all text legible.


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5. The Integrator shall prepare a detailed report summarizing the operation of all icons. The

report is to be submitted for approval by the Owner and Engineer no later than two (2)

weeks after the date of the Phase I meeting. The software systems that make up the

control system shall be designed specifically from this document.

B. Phase II

1. At least thirty (30) working days prior to the scheduled date for job site delivery of the

first control system head end components, the Integrator shall request a Second meeting

with the and the Engineer (1 representatives) at the Integrator's manufacturing facility.

The Integrator shall provide a full demonstration of the completed control system with

fully functional control software. The Integrator shall provide means to simulate all real

world conditions necessary to demonstrate each function and operating procedure agreed

to in the Phase 1 meeting. The design and function of the software shall match the exact

performance as specified in the revised Phase I report. The integrator shall provide a

“Web Ex” type meeting to allow the User’s group/Owner to see the system physically

working as a live view. The phase II meeting will take place at the integrator’s facility.

The Integrator shall be responsible for the cost of travel expenses incurred by the Owner

and Engineer representatives for this trip. Travel expenses shall include airfare (if

applicable), hotel accommodations, ground transportation, and meals.

2. All performance deviations and necessary changes identified at this meeting shall be

documented by the Engineer on a "pre-punch list”. The pre-punch list shall be 100%

corrected by the Integrator prior to delivering the equipment to the job site.

3. During this time period the Integrator shall perform all shop testing as defined in the

approved testing plan.

C. Phase III

1. Immediately following the installation and testing of the control system, the Integrator

shall provide a formal demonstration of all systems to the Owner and Engineer that

includes all operational elements covered in the Phase II meeting. The Integrator shall

work with the Owner, facility personnel and the Engineer to correct any problems or

operational deviations from the original Phase I and Phase II design documents.

Deficiencies will be identified during the Engineer’s punch list inspection, and

documented to the Integrator. The Integrator shall perform all hardware and software

modifications necessary to correct any problems or operational deviations resulting from

engineering, programming or installation services provided by the Integrator.

2. Upon achieving a 100% functional control system as determined by the Engineer, a

documented release form provided by the Integrator shall be signed by the Owner, and

retained on file with the Engineer. The Integrator shall continue to work on the installed

system at no cost to the Owner until the Engineer has determined the Phase I and Phase II

documents have been met and the system has been 100% field tested as defined in the

approved testing plan, regardless of substantial completion. The system warranty shall

begin after the Engineer has verified 100% compliance has been met.

3.2 INSTRUCTION PERIOD


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A. Provide the facility personnel with training in the use and maintenance of the entire control

system. The first sessions to be prior to system turnover, the Second at turnover and the third

immediately after turnover. Coordinate the training sessions with the Owner. Completed

classroom sessions will be documented by the Integrator, certified by the attending Owner

representatives, and approved by the Engineer. Instruction shall take place during normal

working hours (Monday through Friday, 8:00 a.m. to 5:00 p.m.). Instruction shall not begin

until all systems are operational as designed. See section 28 05 00 – Common Work Results for

Electronic Security for additional information regarding training.

B. The training sessions shall cover the operation and the maintenance manuals and the control

console operators manuals and service manuals in detail, stressing all important operational and

service diagnostic information necessary for the maintenance and operations personnel to

efficiently use and maintain the control system. Training session shall also be videoed for future

employee’s uses, and to be referenced by the owner as needed.

C. Integrator is responsible for providing operational and maintenance training applicable to the

entire control system. Training is to include, but not be limited to the following-

1. Review all O+M manuals with Owner’s representatives present for training.

2. Perform a tour of the entire facility. During the tour the trainer shall point out all control

equipment and provide a brief description of its purpose and use. This is to include but

not be limited to touch screen control stations, all control system hardware, and devices

controlled.



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MISCELLANEOUS SYSTEMS FOR ELECTRONIC SECURITY 285000-1


SECTION 285000 - MISCELLANEOUS SYSTEMS FOR ELECTRONIC SECURITY

PART 1 - GENERAL





1. Overhead Door Position Switch

2. Electric Strike

3. Electromagnetic Lock

4. Door Release Push Button

PART 2 - PRODUCTS

2.1 GENERAL




01.


2.2 OVERHEAD DOOR POSITION SWITCH

A. Specifications

1. 3’ stainless steel armored cable

2. SPDT contacts

3. Wide gap read distance

4. Heavy cast aluminum housing

5. Floor-mounted

A.

B. Acceptable Manufacturer:

1. UTC Fire & Security 2202

2. Sentrol

3. Approved Equal

2.3 DOOR RELEASE PUSH BUTTON

A. Specifications


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1. Momentary push button

2. Dry contact

3. 3 amp contact rating

4. Screw terminal connections

5. 11 gauge stainless steel single gang plate


1. Dukane 9A1895

2. Approved Equal

2.4 GUARD TOUR PUSH BUTTON

A. Specifications

1. Momentary push button

2. 3 amps at 28 VDC

3. Stainless Steel

4. LED lighted


1. Dortronic System – 5276-HD series

2. Approved Equal

PART 3 - EXECUTION

3.1 INSTALLATION

A. All system programming shall be done at the contractor’s facility prior to installation on site.

B. Qualified personnel shall install the System in strict compliance with manufacturer’s instructions.





F. Coordinate all work with other trades and Contractors.

G. Grounding of devices and peripheral equipment shall be installed per manufacturer's direction to


H. Install and configure Security local area network as required for control and communication between




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I. Equipment cabinets shall be assembled in the Contractor’s shop prior to delivery to the job site.


A. Refer to Section 284620 for software support and programming requirements.


A. All programming shall occur in the Contractor’s shop prior to installation on site.


on-site conditions.


D. Any special programming shall be documented and a written copy given to the Owner/User.




order.

B. The System shall be pre-tested by the security equipment contractor and certified, in writing, to


C. The contractor is to verify the system is communicating with all controlled devices.







transformers.


Contractor's expense. Verify by the system test that the total system meets the Specifications and




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INTEGRATED INTERCOM PAGING SYSTEM FOR ELECTRONICS SECURITY 285123 - 1


SECTION 285123 - INTEGRATED INTERCOM/PAGING SYSTEM FOR ELECTRONIC SECURITY

PART 1 GENERAL





B. Provide Intercom System that meets the following functional requirements

1. The purpose of the intercom system shall be to provide clear, two-way, remote reply

intercommunication between intercom master stations and remote intercom substations.

2. System shall also accommodate zoned overhead paging to the areas identified throughout the

facility with talk back capabilities provided. Source input is limited to the intercom push to

talk master stations at the various control consoles.

3. The extent, size, locations, and layout of the various systems shall be shown on the plans.

4. The system is configured to allow for visual and audible notification to the operator of

intercom call in and active intercom channels on the graphical user interface associated with

each control console.

5. Intercom substations shall be programmed to call a designated master based on the location of

the station and the area of influence for each control console.

6. System shall provide audio monitoring and of initiating an alarm when the voice being

monitored at a certain location exceeds preset audio parameters as a means of call in for the

speakers located on the bulkhead outside the cells.

7. The intercom/paging system shall be a major sub-system of the overall integrated control

system. Controlling the system, selecting stations, and integration with other sub-systems

shall be accomplished through a communications interface (Ethernet) to the graphical user

interface.

8. Paging system shall be capable of routing to individual or groups of defined speaker zones.

All call paging is also required.

9. Manufacturer-approved personnel shall perform installation and maintenance.

C. System Configuration

1. Microprocessor based, network centric controllers and expanders are required. Controllers

and expanders shall support 2 master stations each and be capable of fully independent talk

paths for each.

2. Ethernet communications and a separate audio trunk shall provide the capability to network

individual exchanges with each other creating an integrated system. Transfer of station call

between exchanges shall be accommodated via the network.

3. Standard 25-volt output amplifiers shall provide audio power to IC stations.

4. Tamper resistant substations shall be flush mounted as shown on the drawings or specified.

5. Intercom master stations are required for control locations. Connection of the master stations

shall be via Ethernet.


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6. Controller software shall allow for individual level control, sensitivity, and equalization of

each station.

7. Intercom system shall interface with video surveillance system.

8. When intercom station talk path is established, the video surveillance system shall display

image of the nearest camera on call up monitor associated with the console establishing the

talk path.

9. The ability to suspend a stations capability to call in shall be provided via integration with the

graphical user interface shall be provided. This ability is necessary to prevent inmates from

harassing console operators with continuous calls.

10. Console master stations shall be capable of listening to intercom stations or talk back page

zones without privacy tones announcing that a console is listening.

11. Pages shall originate from the various consoles and shall include talkback capabilities.

12. Provide 25% spare capacity for future expansion.

PART 2 PRODUCTS

2.1 GENERAL




00 and Division 01.


D. Basis of Design

1. Drawings and specifications included in these contract documents are based on the Harding

Instruments DXL product.

2. Equal by Zenitel is acceptable

3. All other manufacturer’s products must be submitted for approval per 2.1.B above

2.2 DIGITAL COMMUNICATION CONTROLLERS (DCC’s)

A. Digital Communication Controllers to each form an intercom exchange capable of independent local

operation. Exchange capacity to be increased by connecting up to four Digital Communication

Expanders to each DCC.

B. Multiple DCC’s to be networked together via digital audio trunks and Ethernet data networks to

form the larger system. VoIP enabled systems shall utilize IEEE 802.1p/Q Quality of Service (QoS)

compliant Ethernet networking equipment.

C. Each DCC to include:

1. A Process Control Card (PCC)

2. A Master Control Card (MCC)


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3. Two Station Control Cards (SCCs)

4. An internal PCI card (Lonworks or VoIP accelerator card)

5. A front panel keypad/display for system setup and maintenance.

6. A 110 VAC, 60 Hz power supply for internal functions.

D. Process Control Card:

1. Process Control Card to contain system configuration and data, control exchange operations

and switching, and provide exchange network ports.

2. Process Control Card to include:

a. USB network ports for exchange expansion.

b. Ethernet network ports for system expansion and external control by touch screen

computers and graphic control panels.

c. Fiber optic or copper digital audio trunk ports. (not required for VoIP over Ethernet

audio trunking)

d. Two serial ports.

e. An internal modem for transmitting and receiving data over a telephone line.

E. Master Control Cards:

1. Include ports for any combination of two intercom or telephone set master stations.

2. Include two line level audio inputs with status and control.

3. Include two line level audio outputs with status and control.

4. Convert incoming audio signals to digital format and outgoing signals to analog format.

5. Intercom master station audio, press-to-talk and hook switch status transmitted over two single

shielded pair cables with wiring supervision to detect open circuit and short circuit faults.

6. Telephone set master station functions transmitted over a single wiring pair.

F. Station Control Cards:

1. Each provide sixteen half-duplex intercom station ports which can be employed in adjacent

pairs for full duplex devices.

2. Provide an interface for intercom stations. Units to convert incoming audio signals to digital

format and outgoing signals to analog format. Each channel to monitor the status of up to two

(2) switches associated with each intercom station.

3. Each card interfaces with 16 half-duplex channels. Each channel includes a separate audio

power amplifier for non-blocking call operation and sixteen (16) independent software

controlled volume settings.

4. Audio and switch functions on 300 Series (Generic Intercom) station control cards to be

transmitted on separate wiring pairs.

5. The 300 Series Station Control Card will also monitor existing threshold speakers.

G. Acceptable Manufacturers:

1. Harding DXL DCC

2. Zenitel


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2.3 DIGITAL COMMUNICATION EXPANDERS (DCE’s)

A. Digital Communication Expanders to provide master station and intercom features similar to the

DCCs to facilitate exchange expansion.

B. Each DCE to include:

1. A Process Control Card (PCC) without exchange control or network functions.

2. A Master Control Card (MCC).

3. Two Station Control Cards (SCCs).

4. A 110 VAC, 60 Hz power supply for internal functions.

C. Acceptable Manufacturers:

1. Harding DXL DCE

2. Zenitel

2.4 TALKBACK EXPANDERS (TBEs)

A. Talkback Expanders to provide 8 amplified paging outputs that can drive 25 Vrms loudspeaker

circuits.

B. Each TBE is to;

1. Provide 5 watts output per channel

2. Allow adjacent channels to be bridged to obtain higher power.

3. Provide talkback capability on all channels.

4. Include Audio Level Alarm capability on all channels.


1. Harding Instruments

2. Zenitel

2.5 PAGE ZONE EXPANDERS (PZEs)

A. Page Zone Expanders to provide 3 page inputs (from an audio amplifier) with each input having 6

selectable relay controlled outputs

B. Each PZE input to include

1. 1 relay controlled output for each input that can be used to key an audio amplifier.



2. Zenitel


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2.6 ADMINISTRATOR SOFTWARE

A. Administrator Software to function on a standard PC to support system configuration, diagnostics,

maintenance, and logging but not be required for system operation.

B. Administrator Software to employ Windows features including views of system tree structure, tables

of devices, screens for system settings and adjustments, and tables of operational data.

C. Configuration features to include:

1. Creation of overall system architecture.

2. Creation of multiple device templates.

3. Copy and paste functions with auto-numbering and auto-assignment to create device

schedules.

4. Configuration error detection and alerts.

5. Device naming and call routing functions.

6. Device setting and performance functions.

D. Diagnostic and Maintenance features to include:

1. Verification of system configuration and installation.

2. Verification of system networks.

3. Verification of device connections.

4. Verification of system operation.

5. Diagnostics via modem or Ethernet ports.

E. Logging features to include:

1. Display of system activity with filtering options.

2. Search by time and date.

3. Search by device.

4. Search by parameter.

F. Acceptable Manufacturers:


2. Zenitel

2.7 NETWORK REPEATERS

A. Network repeaters are to extend LonWorks network cable limits or increase node limits. Each unit is

to include four network ports. Data received on any port to be re-transmitted on the other ports.

B. Units to be surface wall mounted and include de-pluggable screw terminal connectors, redundant

power supply connections and internal fuse to protect circuitry.

C. Six (6) LED’s to indicate receiving port, network activity, and power supply status.


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2.8 VoIP INTERCOM MASTER STATION

A. Specifications

1. Small desktop module with an brushed stainless steel top

2. High sensitivity omni directional microphone available on a 12” or 18” flexible gooseneck or

flush mounted

3. Noise free rotary volume control

4. Top surface PTT switch with contacts for an external switch

5. Support for an external privacy handset

6. Supports external PTT

7. 3.5 mm stereo line level output jack for connecting an external amplifier or powered speaker

8. Unit can be powered from a PoE capable Ethernet switch or an external power supply

9. Front panel 2.5 mm headset jack

10. Built in 10/100baseT Ethernet switch to facilitate a 2nd Ethernet connection

11. Built in Automatic Gain Control (AGC)

12. Supports remote firmware and configuration updates


1. Harding TMM-640 with Flush Microphone

2. Zenitel

3. Approved Equal

2.9 VoIP MASTER AUDIO INTERFACE MODULE

A. External

B. ohm loudspeaker master audio interface module to consist of:

1. 1 watt 8

2. Two RJ-45 ethernet connectors, on provides PoE

3. Electret microphone interface

4. Telephone handset with press-to-talk switch interface.

5. Telephone hook switch interface to activate handset

6. Lifting telephone handset cuts off loudspeaker and microphone or headset

7. Headset interface to detect headset connection for loudspeaker and microphone cut off

8. Headset detection by jack switch or headset mic detection

9. Can be connected or removed while the system is operating without disrupting the rest of the

system

10. Line level input and output

11. DPDT relay for status output

12. Power by PoE or 24-36 Vdc auxiliary power supply

13. Wall mount or din rail mount


1. Harding MAI-625


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2. Zenitel

3. Approved Equal

2.10 ANALOG INTERCOM STATIONS

A. Specifications:

1. Intercom stations are to be designed for mounting on standard 2-gang back boxes. Faceplates

to be constructed of 11-gauge brushed stainless. Internal steel offset grille to restrict inserting

objects through speaker grille. Stations to be ruggedly constructed and resistant to damage

from soil and sprays.

2. Each intercom station is to incorporate an internal loudspeaker, microphone preamplifier and

function multiplexing circuitry. One pushbutton is to be provided on each station. Pushbutton

to be software assignable for placement of call request.

3. Pushbuttons to be vandal resistant and of stainless steel. Switch to have positive tactile action

with 1 million-operation lifetime. (Pushbuttons to be solid metal piezo-electric type with no

moving parts and a 50 million operation lifetime).

4. Loudspeakers to be waterproof mylar cone type.

5. All intercom station functions to be transmitted over a single shielded pair cable. Stations to

be provided with MTA type insulation displacement connector that requires no wire stripping

for installation.

6. Outdoor intercom stations are to be identical in all respects to standard intercom stations

except that all metal plates and hardware to be stainless steel, and internal circuitry and

components to be conformally coated.


1. Harding Instruments ICM 420

2. Zenitel

2.11 PAGING AMPLIFIERS

A. Specifications

1. Rack mount

2. 8 ohm 25 volt and 70 volt outputs

3. Two microphone inputs

4. One auxiliary input

5. Input level controls

6. Master volume control


1. Harding Instruments AMP-035, AMP-060, AMP-100 Contractor shall select amplifier based

on paging zones and number of devices per zone.

2. Zenitel


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2.12 WIRE AND CABLE

A. Factory manufactured field interface cables to be provided, as required, for all:

1. CBL-MST-A male DB-15 connector with 6 individually shielded twisted pairs for connecting

to master station ports.

2. CBL-STN-A male DB-37 connector at one end with 16 individually shielded twisted pairs for

connecting from station control card audio port to terminal blocks.

3. CBL-STQ-A with male DB-37 connectors at both ends and with 16 individually shielded

twisted pairs. For connecting from station control card audio ports to QCB-120-1 Quick

Connect Board.

4. CBL-SWT-A male DB-25 connector at one end with 16 individually unshielded twisted pairs

for connecting from SCC- 300 station control card switch port to a terminal block.

5. CBL-SWQ-A with male DB-37 connectors at both ends and with 16 unshielded twisted pairs.

For connecting from SCC- 300 station control card switch port to QCB-120-2 Quick Connect

Board.

B. Field wiring to conform to manufacturer’s recommendations.

2.13 QUICK CONNECT BOARDS

A. Quick Connect Boards are designed with a female DB connector to connect a cable from the station

control card ports to screw clamp terminals that terminate the field wiring.

1. QCB-120-1 connects the audio port of either the SCC-300 or SCC-400/401 station control

card to the field wiring.

2. QCB-120-2 connects the switch ports of an SCC-300 station control card to the field wiring.

2.14 STATION PORT ADAPTER

A. Station Port Adapter provides a line-level output for use with external paging amplifiers.

1. Provides a single line-level output.

2. Provides a single control output (when connected to a 400 or 401 series station card audio

port).

3. Screw terminal connections.

2.15 The field device specifications below are intended as a guide should it be determined that an existing

device needs to be replaced. It is the intent of these specifications to reuse all existing paging

speakers, intercom stations and other intercom system field devices.

PART 3 EXECUTION

3.1 INSTALLATION

A. All system programming shall be done at the Integrator’s facility prior to installation on site.


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B. Qualified personnel shall install the System in strict compliance with the manufacturer’s instructions.

C. Wiring shall be color coded, uniform, and in accordance with national electric codes and


D. Equipment shall be firmly secured, plumb, and level.


F. Coordinate all work with Engineer and other Trades Contractors.

G. Grounding of cables and peripheral equipment shall be installed per manufacturer’s direction to


H. Install and configure Security local area network as required for control and communication between



I. Equipment cabinets shall be assembled in the Integrators shop prior to delivery to the job site.

J. All cabling shall be continuous between field device and equipment cabinet. Terminations shall be

to terminal boards with punch down blocks, or on screw terminals. Twisted and taped splices are

unacceptable.

K. Carefully match input and output impedance’s and signal levels at signal interfaces. Provide

matching networks where required.


A. Refer to Section 284620 – PLC Software For Electronic Security for software support and

programming requirements.


A. All programming shall occur in the Integrator’s shop prior to installation on site.


on-site conditions.


D. Any special programming shall be documented and a written copy given to the Owner.



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order. The System shall be adjusted for optimum intelligibility at peak amplifier output before audio

signal clipping occurs. Inspect communications quality between each remote device and master

station for buzzes, rattles and audio distortion. Correct all causes of such defects. If the cause is

outside of the intercom system, promptly notify the Engineer in writing, indicating the cause of the

defect and suggested corrective procedures.

B. The System shall be pre-tested by the Security Equipment Integrator and certified, in writing, to


C. The Integrator is to verify the system is communicating with all controlled devices.

D. Testing to be performed in the Integrators shop prior to delivery-

1. Test 120VAC power equipment and hardware internal to all equipment racks. Test all


2. Fully charge all UPS systems that apply to this system. Test unit by removing power thereby

causing the unit to switch to battery reserve.

3. Perform impedance sweeps on all speakers. Verify results fall within manufacturer’s

specifications.

4. Adjust all source level control components and signal processing for optimal gain structure.

All components shall be set so they clip simultaneously.

E. Testing to be performed at the job site prior to powering the system

1. Verify correct polarity of all microphone inputs, line level inputs, and speaker cables.

2. Verify all microphone inputs, line level inputs, and speaker cables are free of shorts and opens

prior to termination of head end electronics.

3. Repeat impedance sweeps on all speaker systems after they are installed and terminated.

Include speaker cable in testing.

4. Test all 120VAC power sources for correct polarity and voltage. Test grounding system for

continuity. Notify the Engineer and Electrical Trade Contractor of any problems.

F. Additional job site testing

1. After installation of head end electronics, verify polarity of signal throughout system.

2. Finalize gain structure of system. Adjust system gain and level so that all components clip at

the same time. Adjust so system noise is minimized.

3. Adjust all speaker components for consistency in sound pressure level.

G. Prior to termination of head-end electronics, verify that all speaker lines are free from shorts and

opens.

H. Utilizing an impedance meter run test tone through speaker system verifying that all speakers are

functioning properly.


Richmond, Virginia





I. Terminate head end electronics. Run test tone through system verifying adequate gain structure

through electronic signal path.

J. Using a sound level meter, confirm variation in sound pressure level is not more than +/-5 db in all

areas. Adjust speaker taps to insure consistency in sound pressure levels throughout the facility.

K. Adjust overall sound pressure level so minimum level is 10 dB above ambient noise level for facility

during normal operating conditions.

L. The System shall be completely tested to assure that all components are hooked up and in working

order. The System shall be adjusted for optimum intelligibility at peak amplifier output before audio

signal clipping occurs. Inspect system for defects. Correct all causes of such defects. If the cause is

outside of the scope of the Div 28 series scope of work, promptly notify the Engineer and the

Engineer in writing, indicating the cause of the defect and suggested corrective procedures.

M. The system shall be capable of operating free of hums, buzzes, and rattles under normal operating

conditions.

N. Provide written documentation showing all test results.

O. The System shall be final tested in the presence of the Engineer. Integrator is to provide all required

testing equipment.







transformers.


Integrator's expense. Verify by the system test that the total system meets the Specifications and


3.6 OCCUPANCY ADJUSTMENTS

A. When requested by the Engineer within one year of date of Substantial Completion, provide on-site

assistance in adjusting sound levels, resetting matching transformer taps, and adjusting controls to

suit actual occupied conditions. Provide up to three (3) visits to the site for this purpose.

3.7 TRAINING

A. Integrator is responsible for providing operational and maintenance training applicable to the entire

control system. Training is to include, but not be limited to the following-


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1. Review all O+M manuals with Owner’s representatives present for training.

2. Perform a tour of the entire facility. During the tour the trainer shall point out all

intercom/page equipment and provide a brief description of its purpose and use. This is to

include but not be limited to intercom substations, intercom master stations, paging speakers,

equipment cabinets, and graphic control panels.

3. Typical of graphical user interface consoles-

a. Demonstrate basic functionality of console.

b. Demonstrate devices/systems controlled by console.

c. Review navigation of console screens.

Review control functions of each type.

4. Typical of desktop push to talk microphones-

a. Demonstrate basic functionality of microphone.

b. Demonstrate devices/systems associated with microphone.

c. Review control functions of all push buttons.

5. Explain functionality and operation of integrated systems-

a. Video follow audio

b. Answer and zoon, answer no zoom, queuing, etc.
